User contributions for Mr. MacKenty

17:0317:03, 3 April 2024 diff hist −133‎ Pseudocode ‎ →‎Some practice links current

08:1208:12, 18 March 2024 diff hist −14‎ Hashing ‎ →‎Benefit of hashing current

08:4608:46, 14 March 2024 diff hist +48‎ Levels of knowing (Level 1, Level 2, Level 3) ‎No edit summary current

17:4217:42, 13 February 2024 diff hist −2,156‎ Sandbox ‎No edit summary current

22:0322:03, 5 February 2024 diff hist +3‎ Dice rolling ‎ →‎The Problem current
21:5721:57, 5 February 2024 diff hist 0‎ Recognize an image ‎ →‎The Problem current

11:2311:23, 31 January 2024 diff hist +210‎ Types of networks ‎ →‎Types of networks you should be able to identify current
11:2011:20, 31 January 2024 diff hist +566‎ Types of networks ‎ →‎Types of networks you should be able to identify

12:5412:54, 30 January 2024 diff hist −1‎ Archived classes ‎ →‎2022 - 2023 school year current
12:5412:54, 30 January 2024 diff hist −1‎ Archived classes ‎ →‎2023 - 2024 school year
12:5412:54, 30 January 2024 diff hist +364‎ Archived classes ‎No edit summary

00:0300:03, 23 January 2024 diff hist +30‎ Socket ‎No edit summary current
00:0100:01, 23 January 2024 diff hist +2,612‎ Socket ‎No edit summary

23:5923:59, 22 January 2024 diff hist −13‎ Socket ‎No edit summary
23:5823:58, 22 January 2024 diff hist −1,291‎ Socket ‎No edit summary

17:3417:34, 15 November 2023 diff hist +2,140‎ Advantages and disadvantages of simulation ‎No edit summary current
16:5416:54, 15 November 2023 diff hist −32‎ Changes in data collection that could improve the model or simulation ‎No edit summary current
16:5416:54, 15 November 2023 diff hist −65‎ Changes in data collection that could improve the model or simulation ‎No edit summary
16:5116:51, 15 November 2023 diff hist −250‎ Examples of simulations that involve changes in rules, formulae and algorithms ‎No edit summary current
16:4016:40, 15 November 2023 diff hist −205‎ Software and hardware required for a simulation ‎No edit summary current
16:2916:29, 15 November 2023 diff hist −311‎ Reliability of a simulation ‎No edit summary current
16:2816:28, 15 November 2023 diff hist +2,625‎ Reliability of a simulation ‎No edit summary
16:2216:22, 15 November 2023 diff hist +2,399‎ Examples of simulations that involve changes in rules, formulae and algorithms ‎No edit summary
16:1816:18, 15 November 2023 diff hist −301‎ Software and hardware required for a simulation ‎ →‎Additional Considerations
16:1816:18, 15 November 2023 diff hist +2,273‎ Software and hardware required for a simulation ‎No edit summary
16:1616:16, 15 November 2023 diff hist −371‎ Changes in rules, formulae and algorithms ‎No edit summary current
16:1416:14, 15 November 2023 diff hist +2,949‎ Changes in rules, formulae and algorithms ‎No edit summary

15:4215:42, 17 October 2023 diff hist +15‎ Systems that can be modelled ‎No edit summary current

09:1109:11, 10 October 2023 diff hist +29‎ Programming ‎ →‎Programming Paradigms current
09:1009:10, 10 October 2023 diff hist +111‎ Programming ‎ →‎Object Oriented Programming

17:0517:05, 2 September 2023 diff hist −3‎ Operators ‎No edit summary current

15:4615:46, 31 May 2023 diff hist −36‎ Artificial Intelligence ‎No edit summary current
15:4615:46, 31 May 2023 diff hist +12‎ Artificial Intelligence ‎No edit summary
15:3115:31, 31 May 2023 diff hist −12‎ Artificial Intelligence ‎No edit summary
15:3115:31, 31 May 2023 diff hist +6‎ Artificial Intelligence ‎No edit summary
15:2815:28, 31 May 2023 diff hist +33‎ Artificial Intelligence ‎No edit summary
15:2515:25, 31 May 2023 diff hist 0‎ N File:Parts of AI.png ‎No edit summary current
14:5014:50, 31 May 2023 diff hist −5‎ 2024 case study ‎ →‎Introduction current

13:3213:32, 30 May 2023 diff hist +1,728‎ N Tracking ‎ Created page with "In the context of robotics and particularly in systems like Simultaneous Localization and Mapping (SLAM) or Visual SLAM (vSLAM), "tracking" typically refers to the process of continuously estimating the robot's motion and position over time based on its sensor data. Here's how tracking might work in a vSLAM system: # The robot captures a sequence of images with its camera as it moves through the environment. # For each new image, the robot identifies features (distinct..." current
13:3113:31, 30 May 2023 diff hist +16‎ Robotics ‎No edit summary current
13:1213:12, 30 May 2023 diff hist +1,894‎ N Loop closure ‎ Created page with "Loop closure is an important concept in the field of robotics, particularly in relation to the Simultaneous Localization and Mapping (SLAM) problem. As a robot moves through an environment, it builds a map of the environment and uses that map to estimate its location within it. However, as the robot moves, small errors in its motion estimates can accumulate over time, leading to drift in the estimated trajectory and the map. The idea of loop closure is to correct thi..." current
13:1113:11, 30 May 2023 diff hist +1,693‎ N Local mapping ‎ Created page with "Local mapping is a concept in robotics, particularly in relation to Simultaneous Localization and Mapping (SLAM) and Visual SLAM (vSLAM), where the robot builds a smaller, more immediate map of its surroundings, often referred to as a local map. The idea is to focus computational resources on understanding the robot's immediate surroundings in detail, rather than attempting to map the entire environment at once. This local map is continuously updated as the robot moves..." current
13:0913:09, 30 May 2023 diff hist +1,883‎ N Initialization ‎ Created page with "In the context of robotics and especially in algorithms like Simultaneous Localization and Mapping (SLAM) or Visual SLAM (vSLAM), "Initialization" refers to the process of setting up the initial conditions or starting point for the algorithm. At the start of SLAM or vSLAM, the robot doesn't know anything about its environment or its position within that environment. However, to begin the process of mapping and localization, it needs some kind of initial guess or estimat..." current
13:0613:06, 30 May 2023 diff hist +482‎ N Visual simultaneous localization and mapping (vSLAM) modules ‎ Created page with "Visual Simultaneous Localization and Mapping, or vSLAM, is a variant of the general SLAM problem where the primary sensor data comes from a camera or multiple cameras. This technique uses visual information to create a map of the environment while also keeping track of the robot's location within the map. The "modules" in a vSLAM system might refer to the individual components or stages of the vSLAM process. The exact modules can vary depending on the specific vSLAM alg..." current
13:0513:05, 30 May 2023 diff hist +2,157‎ N Sensor fusion model ‎ Created page with "Sensor fusion is a method used in robotics and automation that involves merging data from different sensors to improve the understanding of the environment. This process can reduce uncertainty, improve accuracy, and make the system more robust to failures of individual sensors. A sensor fusion model, then, is a mathematical and computational model that describes how to combine the data from different sensors. Here's an example to illustrate the concept: Imagine you ha..." current
13:0313:03, 30 May 2023 diff hist +1,723‎ N Simultaneous localization and mapping (SLAM) ‎ Created page with "Simultaneous Localization and Mapping, or SLAM, is a computational problem in the field of robotics. As the name implies, it's about doing two things at the same time: # '''Localization''': Determining where a robot is located in an environment. # '''Mapping''': Building a map of that environment. What makes SLAM challenging is that it's a chicken-and-egg problem: to know where you are (localization), you need a map, but to create a map, you need to know where you are...." current
12:5912:59, 30 May 2023 diff hist +1,972‎ N Robot drift ‎ Created page with ""Robot drift" is a term often used in the context of robotics and refers to the accumulated error in a robot's estimated position and orientation over time. This error, or "drift", can occur when a robot is using sensors like wheel encoders or Inertial Measurement Units (IMUs) to estimate its motion. Both these methods involve integrating sensor measurements over time to calculate position, but small errors in these measurements can accumulate, leading to larger and lar..." current
12:5812:58, 30 May 2023 diff hist +1,900‎ N Rigid pose estimation (RPE) ‎ Created page with "Rigid Pose Estimation (RPE) is a concept in computer vision and robotics that involves determining the position and orientation (the "pose") of an object that does not deform or change shape — in other words, a "rigid" object. The term 'rigid' indicates that the distance between any two points on the object remains constant over time, regardless of the object's movement or orientation. In the context of robotics, pose estimation often refers to estimating the pose of..." current
12:5612:56, 30 May 2023 diff hist +1,386‎ N Relocalization ‎ Created page with "Relocalization is a critical concept in robotics, specifically in the context of autonomous navigation and Simultaneous Localization and Mapping (SLAM). It refers to the ability of a robot to determine its current location in a map that it previously built or in a known environment, particularly after it has lost track of its position due to an error, disturbance, or after it has been manually moved (also known as the "kidnapped robot" problem). There are many reasons w..." current
12:5412:54, 30 May 2023 diff hist +1,923‎ N Odometry sensor ‎ Created page with "An odometry sensor is a device used to estimate the change in position over time of a vehicle, like a car or a robot, based on data from its own sensors. The term "odometry" comes from the combination of "hodos", meaning path or way in Greek, and "metron", meaning measure. Therefore, it's all about measuring the path a vehicle takes. There are several types of odometry sensors, and they work in different ways: # '''Wheel Encoders''': In many robots, especially wheeled..." current
12:5312:53, 30 May 2023 diff hist +1,331‎ N Object occlusion ‎ Created page with "Object occlusion in the context of computer vision refers to the event where a part or all of an object in the scene is hidden from view by some other object in the scene. In simple words, when an object is in front of another object, blocking it from view, we say that the second object is occluded. For example, imagine you are looking at a photograph of a crowd of people. Some of those people may be standing in front of others, preventing you from seeing the people beh..." current
12:5112:51, 30 May 2023 diff hist +1,606‎ N Light detection and ranging (LIDAR) ‎ Created page with "Light Detection and Ranging, more commonly known as LiDAR, is a method of remote sensing that uses light in the form of a pulsed laser to measure distances to an object. These light pulses, combined with other data recorded by the airborne system, generate precise, three-dimensional information about the shape of the Earth and its surface characteristics. Here's a simplified explanation of how it works: # A LiDAR system sends out a pulse of light, usually in the form o..." current
12:5012:50, 30 May 2023 diff hist +1,581‎ N Key points/pairs ‎ Created page with "Key points, also known as feature points or interest points, are distinct and unique points in an image that are easy to find and accurately describe. These points are usually selected because they represent corners, edges, or other interesting aspects of the image, and they are used in many computer vision tasks for things like object recognition, image alignment, and 3D reconstruction. When multiple images are used (for example, in a video or a sequence of frames take..." current
12:4812:48, 30 May 2023 diff hist +1,803‎ N Keyframe selection ‎ Created page with "Keyframe selection is a term commonly used in the field of computer vision, especially in video processing and robotics. A keyframe is a frame in a sequence of frames (like a video or a series of images) that contains important or critical data. In video compression, for example, keyframes (also known as I-frames) are the frames from which subsequent frames are based. These keyframes serve as reference points and the frames in between are often compressed by storing onl..." current
12:4612:46, 30 May 2023 diff hist +1,710‎ N Inertial measurement unit (IMU) ‎ Created page with "An Inertial Measurement Unit, or IMU, is a device that measures and reports on a vehicle's velocity, orientation, and gravitational forces, using a combination of accelerometers, gyroscopes, and sometimes magnetometers. IMUs are typically used to aid in navigation and tracking systems, particularly when GPS data is unavailable or unreliable. Let's break down the components of an IMU: # '''Accelerometers:''' These measure linear acceleration. However, they can't disting..." current
12:4512:45, 30 May 2023 diff hist +1,832‎ N Human pose estimation (HPE) ‎ Created page with "Human pose estimation (HPE) is a computer vision task that involves determining the position and orientation of the human body, along with the positions of various body parts such as the head, arms, legs, and so on, usually in real-time. Here's a simplified way to think about it: Imagine you're looking at a photo of a person. You can probably tell what position they're in — maybe they're standing up straight, sitting down, or running. Now imagine trying to teach a com..." current
12:4412:44, 30 May 2023 diff hist +1,579‎ N GPS-denied environment ‎ Created page with "A GPS-denied environment is a location or situation where the Global Positioning System (GPS) signals are not available at all. This can occur for a number of reasons: # Indoor Locations: Buildings often block GPS signals, making them unavailable inside. # Underground or Underwater: Similarly, GPS signals can't penetrate underground or underwater. # Jamming or Spoofing: GPS signals can be intentionally disrupted or blocked using devices known as GPS jammers. Additionall..." current
12:4212:42, 30 May 2023 diff hist +12‎ GPS-degraded environment ‎No edit summary current
12:4112:41, 30 May 2023 diff hist −5‎ GPS-degraded environment ‎No edit summary
12:4112:41, 30 May 2023 diff hist −6‎ GPS-degraded environment ‎No edit summary
12:4112:41, 30 May 2023 diff hist +1,760‎ N GPS-degraded environment ‎ Created page with "A GPS-degraded environment refers to any situation or location where the Global Positioning System (GPS) signals are unreliable, weak, or completely unavailable. This could be due to several reasons: 1. **Urban Areas**: In cities with high buildings, GPS signals can become degraded due to the "urban canyon" effect. The tall buildings can block direct signals from the satellites or cause multipath errors, where the signals bounce off multiple buildings before reaching th..."
12:3912:39, 30 May 2023 diff hist +1,612‎ N Global positioning system (GPS) signal ‎ Created page with "The Global Positioning System (GPS) is a satellite-based navigation system that provides location and time information in all weather conditions, anywhere on or near the Earth where there is an unobstructed line of sight to four or more GPS satellites. Here's a simplified explanation of how it works: # The GPS system consists of a network of around 30 satellites orbiting the Earth, controlled by a series of ground stations. These satellites are always transmitting sign..." current
12:3812:38, 30 May 2023 diff hist +1,684‎ N Global map optimization ‎ Created page with "Global map optimization is an important concept in robotics, particularly in the field of simultaneous localization and mapping (SLAM). In essence, it's the process of improving the accuracy and consistency of a map that a robot has created of its environment. Here's how it works: as a robot moves through its environment, it's continually taking sensor measurements and using those to build up a map of the world around it. At the same time, it's using that map to estimat..." current
12:3712:37, 30 May 2023 diff hist +30‎ Edge computing ‎No edit summary current
12:3612:36, 30 May 2023 diff hist +2,070‎ N Edge computing ‎ Created page with "Edge computing is a distributed computing paradigm that brings computation and data storage closer to the sources of data. This is done to improve response times and save bandwidth. The "edge" refers to the edge of a network, closer to the devices that produce or consume data, as opposed to a centralized data center or cloud. Here are the key steps involved in setting up an edge computing environment: # Identify the Need: The first step is to understand why you need ed..."
12:3412:34, 30 May 2023 diff hist +1,661‎ N Dead reckoning data ‎ Created page with "Dead reckoning is a process used in navigation to determine one's current position based on a previously known position, or fix, and advancing that position based upon known or estimated speeds over a period of time, and the direction in which the person or vehicle is known or estimated to have moved. The name "dead reckoning" comes from "deduced reckoning," sometimes abbreviated as 'ded' reckoning, which has been further abbreviated to "dead" reckoning. In the context..." current
12:3312:33, 30 May 2023 diff hist −4‎ Computer vision ‎No edit summary current
12:3312:33, 30 May 2023 diff hist +1,468‎ N Computer vision ‎ Created page with "Computer vision is a subfield of artificial intelligence and computer science that focuses on enabling computers to understand and interpret the visual world. Essentially, it's about teaching computers to "see" and understand digital images or videos. The way computer vision does this is by taking images or videos, processing them, and then extracting useful information from them. This can involve many different tasks, such as: # Image Recognition: This is one of the m..."
12:3112:31, 30 May 2023 diff hist +1,679‎ N Bundle adjustment ‎ Created page with "Bundle adjustment is an optimization technique used in computer vision and photogrammetry, which are two fields that are fundamental for the functioning of rescue robots. You can think of rescue robots as needing to understand the world around them, just like you and me. When these robots look at a scene through their sensors, which typically include cameras, they need to determine the 3D positions of objects in the scene, as well as the position and orientation of the..." current
12:2712:27, 30 May 2023 diff hist +14‎ Robotics ‎No edit summary
12:2712:27, 30 May 2023 diff hist +863‎ N Robotics ‎ Created page with "right|frame|Case study notes<ref>http://www.flaticon.com/</ref> * [[Bundle adjustment * [[Computer vision * [[Dead reckoning data * [[Edge computing * [[Global map optimization * [[Global positioning system (GPS) signal * [[GPS-degraded environment * GPS-denied environment * Human pose estimation (HPE) * Inertial measurement unit (IMU) * Keyframe selection * Key points/pairs * Light detection and ranging (LIDAR) * Object o..."
12:2512:25, 30 May 2023 diff hist +15‎ Programming ‎ →‎Advanced Programming
12:2412:24, 30 May 2023 diff hist 0‎ Welcome ‎No edit summary current
12:2412:24, 30 May 2023 diff hist +35‎ 2024 case study ‎ →‎Previous years case studies
12:2312:23, 30 May 2023 diff hist +22‎ 2024 case study ‎ →‎Previous years case studies
12:2212:22, 30 May 2023 diff hist −8‎ 2024 case study ‎ →‎Every term in the case study
12:2112:21, 30 May 2023 diff hist −407‎ 2024 case study ‎ →‎Introduction
12:2112:21, 30 May 2023 diff hist +4‎ 2024 case study ‎ →‎The case study
12:2012:20, 30 May 2023 diff hist −5‎ 2023 case study ‎No edit summary current Tag: Manual revert
12:1912:19, 30 May 2023 diff hist +5‎ 2023 case study ‎No edit summary Tag: Reverted
12:1912:19, 30 May 2023 diff hist 0‎ N File:D 4 comsc css 2305 1 e.pdf ‎No edit summary current
12:1812:18, 30 May 2023 diff hist +1,670‎ N 2024 case study ‎ Created page with "right|frame|Case study<ref>http://www.flaticon.com/</ref> == Introduction == Higher-level students must write 3 papers. The case study is the third paper. Every year, the case study discusses a different topic. Students must become '''very very familiar''' with the case study. The IB recommends spending about a year studying this guide. This page will help you organize and understand the 2023 case study. Here are some external resources:..."

08:3008:30, 19 May 2023 diff hist +1,070‎ Backpropagation ‎No edit summary current
08:2908:29, 19 May 2023 diff hist +21‎ Machine learning ‎ →‎Terminology current

09:4109:41, 10 May 2023 diff hist −10‎ Stack memory ‎No edit summary current

09:4509:45, 9 May 2023 diff hist +1,655‎ Recursion ‎No edit summary current
09:4109:41, 9 May 2023 diff hist +17‎ Two-dimensional arrays ‎ →‎constructing a 2d array current
09:4009:40, 9 May 2023 diff hist −9‎ Two-dimensional arrays ‎ →‎constructing a 2d array
09:3909:39, 9 May 2023 diff hist +1,692‎ Two-dimensional arrays ‎No edit summary
09:3609:36, 9 May 2023 diff hist 0‎ Two-dimensional arrays ‎ →‎a video
09:2809:28, 9 May 2023 diff hist +995‎ Two-dimensional arrays ‎No edit summary

09:1009:10, 8 May 2023 diff hist −2‎ Data representation ‎ →‎Standards current
09:1009:10, 8 May 2023 diff hist +1‎ Data representation ‎ →‎The way in which data is represented in the computer.
09:1009:10, 8 May 2023 diff hist +17‎ Data representation ‎ →‎The way in which data is represented in the computer.

21:3521:35, 7 May 2023 diff hist +1,144‎ Different types of web pages ‎ →‎Different types of web pages current

07:4607:46, 26 April 2023 diff hist −14‎ Abstract data structures ‎No edit summary current
07:4407:44, 26 April 2023 diff hist +1,578‎ Collections ‎No edit summary current
07:4107:41, 26 April 2023 diff hist +2,501‎ Binary tree ‎No edit summary current
07:2807:28, 26 April 2023 diff hist +778‎ Tree ‎ →‎code sample current
07:2407:24, 26 April 2023 diff hist +1,084‎ Tree ‎No edit summary

13:4313:43, 30 March 2023 diff hist −140‎ Problem set assessment ‎ →‎Introduction current
12:5412:54, 30 March 2023 diff hist 0‎ Machine learning ‎ →‎Terminology
11:2111:21, 30 March 2023 diff hist 0‎ Machine learning ‎ →‎Terminology
11:0411:04, 30 March 2023 diff hist +3‎ Machine learning ‎ →‎Terminology

09:3509:35, 28 March 2023 diff hist +1,335‎ N Date and times with Python ‎ Created page with "<syntaxhighlight lang="python"> import datetime # to get the current date and time: print(datetime.datetime.now()) # to get the current date: print(datetime.date.today()) # to get the current time: print(datetime.datetime.now().time()) # to get the current year: print(datetime.datetime.now().year) # to get the day of the week: print(datetime.datetime.now().weekday()) # to print the day of the week: print(datetime.datetime.now().strftime("%A")) # to ask the user to..." current
09:3409:34, 28 March 2023 diff hist +33‎ Python ‎ →‎Basic ideas current

08:5308:53, 23 March 2023 diff hist +6‎ Policies ‎ →‎Real-time vs. best-effort scheduling current
08:5308:53, 23 March 2023 diff hist +1‎ Policies ‎ →‎Preemptive vs. non-preemptive scheduling
08:5308:53, 23 March 2023 diff hist +4‎ Policies ‎ →‎Time-sharing vs. batch processing
08:5308:53, 23 March 2023 diff hist +9,495‎ N Policies ‎ Created page with "right|frame|Resource Management<ref>http://www.flaticon.com/</ref> = Policies = == Definition of policies == In the context of computing and operating systems, policies refer to a set of rules, principles, or guidelines that determine how specific tasks or operations are performed. Policies help manage various aspects of a system, such as resource allocation, scheduling, security, and access control. They provide a framework for making decisions a..."
08:5208:52, 23 March 2023 diff hist +16‎ Resource management ‎ →‎Role of the operating system current
08:4208:42, 23 March 2023 diff hist +6‎ Scheduling ‎ →‎Factors affecting scheduling decisions current
08:4208:42, 23 March 2023 diff hist +54‎ Scheduling ‎ →‎Factors affecting scheduling decisions
08:4108:41, 23 March 2023 diff hist +20‎ Scheduling ‎ →‎Factors affecting scheduling decisions
08:4008:40, 23 March 2023 diff hist +2‎ Scheduling ‎ →‎Multilevel Queue scheduling
08:4008:40, 23 March 2023 diff hist 0‎ Scheduling ‎ →‎Short-term scheduling
08:4008:40, 23 March 2023 diff hist +3‎ Scheduling ‎ →‎Long-term scheduling
08:3908:39, 23 March 2023 diff hist +10,795‎ N Scheduling ‎ Created page with "right|frame|Resource Management<ref>http://www.flaticon.com/</ref> = II. Scheduling = == Definition of scheduling == Scheduling, in the context of computing and operating systems, refers to the process of assigning and managing the execution of processes or tasks on system resources, such as the CPU (Central Processing Unit). The primary goal of scheduling is to ensure that resources are utilized efficiently, while maintaining a balance between f..."
08:3908:39, 23 March 2023 diff hist +18‎ Resource management ‎ →‎Role of the operating system

15:1115:11, 21 March 2023 diff hist −1,761‎ Operating system ‎No edit summary current
15:1015:10, 21 March 2023 diff hist −207‎ Operating system ‎ →‎Explain the role of an operating system
14:4414:44, 21 March 2023 diff hist −43‎ Operating system ‎ →‎chatGPT
14:4214:42, 21 March 2023 diff hist +3,589‎ Operating system ‎No edit summary

07:4707:47, 14 March 2023 diff hist −31‎ Expressivity and usability on the semantic web ‎ →‎Do you understand this? current

09:2109:21, 13 March 2023 diff hist +1,262‎ Resource management ‎No edit summary

08:5808:58, 10 March 2023 diff hist −147‎ MediaWiki:Sitenotice ‎ Blanked the page current Tags: Blanking Manual revert

21:2621:26, 9 March 2023 diff hist +44‎ MediaWiki:Sitenotice ‎No edit summary Tag: Reverted
21:2421:24, 9 March 2023 diff hist −74‎ MediaWiki:Sitenotice ‎No edit summary Tag: Reverted
21:2321:23, 9 March 2023 diff hist −15‎ MediaWiki:Sitenotice ‎No edit summary Tag: Reverted
21:2221:22, 9 March 2023 diff hist +192‎ MediaWiki:Sitenotice ‎No edit summary Tag: Reverted
20:5820:58, 9 March 2023 diff hist −8‎ MediaWiki:Sitenotice ‎ →‎foo Tag: Blanking
20:5820:58, 9 March 2023 diff hist +8‎ N MediaWiki:Sitenotice ‎ Created page with " ==foo=="

11:2411:24, 8 March 2023 diff hist −31‎ Ontology and folksonomy ‎ →‎Do you understand this? current

12:4612:46, 1 March 2023 diff hist +1,730‎ N Just-in-time (JIT) compilation ‎ Created page with "Just-in-time (JIT) compilation is a technique used in computer programming to improve the performance of runtime execution. It involves dynamically compiling code at runtime instead of compiling it ahead of time and storing it in binary form. When a program is executed, the JIT compiler analyzes the code and identifies frequently executed parts of the code. It then compiles those parts into machine code and stores the compiled code in memory, making it available for reu..." current
12:4512:45, 1 March 2023 diff hist +37‎ Computer organization ‎ →‎Not part of IB curriculum but you should know this current
12:4512:45, 1 March 2023 diff hist +1,399‎ N Transpiling ‎ Created page with "Transpiling (short for "transformation" and "compiling") is the process of converting source code from one programming language to another while maintaining the same functionality. It is a common practice in software development when a developer wants to use modern language features or libraries that are not supported in the target environment. The transpiling process typically involves taking the source code written in the original language and running it through a tra..." current
12:4412:44, 1 March 2023 diff hist +18‎ Computer organization ‎ →‎Not part of IB curriculum but you should know this

21:2421:24, 23 February 2023 diff hist −1‎ Welcome ‎No edit summary

13:3613:36, 9 February 2023 diff hist +117‎ F-measure ‎No edit summary current
13:3213:32, 9 February 2023 diff hist −404‎ Power laws and predicting the development of the web ‎No edit summary current
13:2813:28, 9 February 2023 diff hist +778‎ F-measure ‎No edit summary
13:2613:26, 9 February 2023 diff hist +1,405‎ Cost function ‎No edit summary current
12:0512:05, 9 February 2023 diff hist +103‎ Cost function ‎ →‎A fairly decent video

10:1710:17, 7 February 2023 diff hist −33‎ Graph theory and connectivity of the web ‎ →‎Do you understand this? current
09:1109:11, 7 February 2023 diff hist +5‎ Web graph and sub-graphs ‎No edit summary current

13:5813:58, 3 February 2023 diff hist +1,168‎ N Stack memory ‎ Created page with "Stack memory is a region of computer memory used for storing da,ta that has a short lifespan such as function call frames, function parameters, and local variables. It operates on a Last-In-First-Out (LIFO) principle, where the most recently added data is the first to be removed. This makes stack memory ideal for storing temporary data and function calls, as the data is automatically cleaned up when the function returns. In a typical computer program, the stack is used..."
13:5713:57, 3 February 2023 diff hist +18‎ Computer organization ‎ →‎Not part of IB curriculum but you should know this
13:5713:57, 3 February 2023 diff hist +1,687‎ N Heap memory ‎ Created page with "Heap memory is a region of computer memory used for dynamic allocation of objects at runtime. It is a dynamic area of memory where blocks of memory are allocated and deallocated dynamically as needed, in contrast to the stack memory, where memory is allocated and deallocated in a last-in-first-out (LIFO) manner. Objects stored in the heap have a longer lifetime than objects stored in the stack, as heap-allocated objects persist until they are explicitly deallocated or un..." current
13:5513:55, 3 February 2023 diff hist +80‎ Computer organization ‎No edit summary

14:5414:54, 2 February 2023 diff hist +924‎ Microprocessors and sensor input in control systems ‎No edit summary current

09:1609:16, 31 January 2023 diff hist +70‎ Sensor, the processor and an output transducer ‎No edit summary current

14:1214:12, 30 January 2023 diff hist +301‎ Cost function ‎No edit summary

12:2512:25, 26 January 2023 diff hist +276‎ Content-based filtering ‎No edit summary current

11:2311:23, 25 January 2023 diff hist +1‎ Improve the accessibility of a system ‎No edit summary current
11:2111:21, 25 January 2023 diff hist −6‎ Improve the accessibility of a system ‎No edit summary

15:1015:10, 24 January 2023 diff hist +36‎ Cloud computing for specified organizations ‎No edit summary current
14:5814:58, 24 January 2023 diff hist +7‎ Online interaction and social networking ‎No edit summary current
09:0509:05, 24 January 2023 diff hist −132‎ Copyright and intellectual property on the web ‎No edit summary current
09:0409:04, 24 January 2023 diff hist +5‎ Copyright and intellectual property on the web ‎No edit summary

15:0715:07, 23 January 2023 diff hist −33‎ Cost function ‎No edit summary
15:0615:06, 23 January 2023 diff hist −86‎ Cost function ‎No edit summary

09:2109:21, 16 January 2023 diff hist −33‎ Unregulated monopolies ‎ →‎Do you understand this? current

21:5321:53, 12 January 2023 diff hist −2,469‎ User training ‎No edit summary
12:1912:19, 12 January 2023 diff hist +287‎ 2023 case study ‎ →‎Introduction
12:1612:16, 12 January 2023 diff hist +124‎ 2023 case study ‎No edit summary

16:0316:03, 11 January 2023 diff hist −2,733‎ Implementation methods ‎No edit summary current
14:3414:34, 11 January 2023 diff hist +1,175‎ Planning and stakeholder involvement ‎No edit summary current

19:2319:23, 10 January 2023 diff hist −21‎ System fundamentals ‎No edit summary
09:2309:23, 10 January 2023 diff hist +1‎ Mobile computing, ubiquitous computing, peer-2-peer network, grid computing ‎No edit summary current
09:2209:22, 10 January 2023 diff hist +887‎ Mobile computing, ubiquitous computing, peer-2-peer network, grid computing ‎No edit summary
09:2109:21, 10 January 2023 diff hist +1,634‎ Mobile computing, ubiquitous computing, peer-2-peer network, grid computing ‎No edit summary
09:1609:16, 10 January 2023 diff hist +210‎ Mobile computing, ubiquitous computing, peer-2-peer network, grid computing ‎No edit summary
09:1509:15, 10 January 2023 diff hist +672‎ Interoperability and open standards ‎ →‎Open standards current
09:1109:11, 10 January 2023 diff hist +282‎ Interoperability and open standards ‎No edit summary
09:0809:08, 10 January 2023 diff hist −468‎ Interoperability and open standards ‎ →‎Do you understand this?

21:2521:25, 9 January 2023 diff hist −28‎ Distributed networks ‎ →‎Hardware used in a distributed networks current
21:2421:24, 9 January 2023 diff hist +1,151‎ Distributed networks ‎ →‎Hardware used in a distributed networks
10:2410:24, 9 January 2023 diff hist −2‎ Prototypes ‎No edit summary current
10:2410:24, 9 January 2023 diff hist −132‎ Prototypes ‎No edit summary

14:4114:41, 8 January 2023 diff hist +1,243‎ OSI model ‎No edit summary current
14:3714:37, 8 January 2023 diff hist +854‎ Network standards ‎No edit summary current
09:4209:42, 8 January 2023 diff hist +6‎ Legacy system ‎No edit summary current
09:4109:41, 8 January 2023 diff hist +6‎ Change management ‎No edit summary current
09:3309:33, 8 January 2023 diff hist +1,223‎ System planning ‎No edit summary current
09:3209:32, 8 January 2023 diff hist −20‎ System planning ‎No edit summary
09:3109:31, 8 January 2023 diff hist −829‎ System planning ‎No edit summary

15:3815:38, 9 December 2022 diff hist +76‎ Types of networks ‎ →‎Types of networks you should be able to identify
15:3715:37, 9 December 2022 diff hist −84‎ Types of networks ‎ →‎Types of networks you should be able to identify

10:3710:37, 7 December 2022 diff hist −48‎ Network standards ‎No edit summary

14:2914:29, 29 November 2022 diff hist +155‎ Transmission medium ‎No edit summary current

14:4914:49, 22 November 2022 diff hist +66‎ Principles of searching algorithms used by search engines ‎ →‎HITS current
14:2914:29, 22 November 2022 diff hist +69‎ Principles of searching algorithms used by search engines ‎ →‎HITS

14:4014:40, 21 November 2022 diff hist −5‎ Types of networks ‎ →‎Types of networks you should be able to identify
14:3714:37, 21 November 2022 diff hist +82‎ Types of networks ‎ →‎Types of networks you should be able to identify

13:0213:02, 17 November 2022 diff hist −333‎ The web as a directed graph ‎ →‎Do you understand this?
12:5912:59, 17 November 2022 diff hist −31‎ Online interaction and social networking ‎ →‎Do you understand this?
12:4712:47, 17 November 2022 diff hist −332‎ Search engine ‎ →‎Do you understand this? current

15:0715:07, 3 November 2022 diff hist +869‎ Web browsers ‎ →‎Common components of a web browser current

09:2609:26, 17 October 2022 diff hist −36‎ HTTP, HTTPS, HTML, URL, XML, XSLT, CSS ‎ →‎XSLT Characteristics current

08:5408:54, 12 October 2022 diff hist +607‎ Primary memory ‎ →‎Speed of primary memory current

14:3914:39, 11 October 2022 diff hist −333‎ Data packet ‎ →‎Do I understand this?

12:3912:39, 4 October 2022 diff hist −302‎ Architecture of the central processing unit (CPU) ‎ →‎Do I understand this, part one

14:1814:18, 28 September 2022 diff hist −35‎ How the web is evolving ‎ →‎Evolution current

13:2213:22, 27 September 2022 diff hist −277‎ Welcome ‎No edit summary

13:4313:43, 19 September 2022 diff hist −45‎ Web front-end libraries ‎ →‎Getting started template current
13:4213:42, 19 September 2022 diff hist −884‎ Web front-end libraries ‎ →‎Getting started template
11:3011:30, 19 September 2022 diff hist −493‎ Network data compression ‎ →‎Do you understand this?
11:3011:30, 19 September 2022 diff hist −466‎ Packet switching ‎ →‎Do you understand this? current
11:3011:30, 19 September 2022 diff hist −489‎ Transmission medium ‎ →‎Do you Understand this?
11:2911:29, 19 September 2022 diff hist −471‎ Protocols and standards on the web ‎ →‎Do you understand this topic?
11:2411:24, 19 September 2022 diff hist −470‎ Networking hardware ‎ →‎Do you understand this topic? current
11:2311:23, 19 September 2022 diff hist −766‎ Wireless networks ‎ →‎Do I understand this?
11:2311:23, 19 September 2022 diff hist −461‎ Network speed ‎ →‎Do I understand this? current
11:2311:23, 19 September 2022 diff hist −153‎ OSI model ‎ →‎Video
11:2311:23, 19 September 2022 diff hist −333‎ OSI model ‎ →‎Do I understand this?
11:2211:22, 19 September 2022 diff hist −332‎ Network standards ‎ →‎Do I understand this?
11:2211:22, 19 September 2022 diff hist −463‎ Types of networks ‎ →‎Do I understand this?
11:2211:22, 19 September 2022 diff hist −2,317‎ Networks ‎ →‎Big ideas in networking current
11:2011:20, 19 September 2022 diff hist −493‎ VPN ‎ →‎Do I understand this? current

13:1713:17, 12 September 2022 diff hist −81‎ Resource management ‎No edit summary
11:0311:03, 12 September 2022 diff hist +244‎ Operating Systems management techniques ‎ →‎OS resource management techniques current
10:5710:57, 12 September 2022 diff hist +107‎ Operating Systems management techniques ‎ →‎OS resource management techniques
10:5610:56, 12 September 2022 diff hist +241‎ Operating Systems management techniques ‎ →‎OS resource management techniques
10:5410:54, 12 September 2022 diff hist +290‎ Operating Systems management techniques ‎ →‎OS resource management techniques
10:4510:45, 12 September 2022 diff hist +248‎ Operating Systems management techniques ‎ →‎OS resource management techniques
10:3910:39, 12 September 2022 diff hist +244‎ Operating Systems management techniques ‎ →‎OS resource management techniques

12:5712:57, 6 September 2022 diff hist −193‎ Resource management ‎ →‎System resources

10:3310:33, 5 September 2022 diff hist −330‎ Registers within the CPU ‎ →‎Formative assessment current

08:5008:50, 2 September 2022 diff hist 0‎ Resource management ‎ →‎Standards
08:2308:23, 2 September 2022 diff hist −234‎ Operating Systems management techniques ‎ →‎A video

10:5810:58, 1 September 2022 diff hist −466‎ Computer resources ‎ →‎Do I understand this? current
08:0308:03, 1 September 2022 diff hist +623‎ Databases ‎ →‎ACID current
08:0208:02, 1 September 2022 diff hist +38‎ Databases ‎No edit summary
08:0108:01, 1 September 2022 diff hist 0‎ N File:Acid.png ‎No edit summary current

15:1115:11, 31 August 2022 diff hist −538‎ HTML forms ‎ →‎Do I understand this (part 3)? current
15:1115:11, 31 August 2022 diff hist −537‎ HTML forms ‎ →‎Do I understand this (part 2)?
15:1115:11, 31 August 2022 diff hist −513‎ HTML forms ‎ →‎Do I understand this (part 1)?

09:0409:04, 29 August 2022 diff hist +16‎ Input devices for the collection of data ‎ →‎Sensor types current

13:1913:19, 19 August 2022 diff hist −194‎ Control ‎ →‎Centralized control systems current

15:4915:49, 18 August 2022 diff hist −472‎ Control Systems ‎ →‎Do you understand this topic? current
13:1413:14, 18 August 2022 diff hist −493‎ Higher level and lower level languages ‎ →‎Check my understanding current
13:1413:14, 18 August 2022 diff hist −493‎ What is a programming language? ‎ →‎Do I understand this? current

12:3812:38, 26 June 2022 diff hist −386‎ Web Science ‎ →‎Analyzing the web (HL Only)

14:0814:08, 19 June 2022 diff hist −152‎ Design ‎ →‎Standards current

08:4808:48, 6 June 2022 diff hist +2‎ Data packet ‎No edit summary

09:4209:42, 2 June 2022 diff hist −20‎ Prototypes ‎No edit summary
09:4209:42, 2 June 2022 diff hist +3‎ Prototypes ‎No edit summary

12:2912:29, 20 May 2022 diff hist +62‎ Fundamental and compound operations ‎ →‎Compound operations current

09:5909:59, 11 May 2022 diff hist 0‎ Welcome ‎ →‎This wiki supports learning of high school computer science.
09:2309:23, 11 May 2022 diff hist +7‎ Getting started ‎ →‎Bookmark the following sites

09:4109:41, 9 May 2022 diff hist −1‎ Internal Assessment ‎No edit summary
09:3609:36, 9 May 2022 diff hist −68‎ Internal Assessment ‎ →‎Helpful links
09:3509:35, 9 May 2022 diff hist −496‎ Internal Assessment ‎ →‎How will I be marked?
08:5108:51, 9 May 2022 diff hist −6‎ Internal Assessment ‎ →‎Example of previous IA topics

15:2415:24, 28 April 2022 diff hist −337‎ Components of a web page ‎No edit summary current

11:4611:46, 27 April 2022 diff hist +133‎ Regular expressions ‎No edit summary current

09:0509:05, 13 April 2022 diff hist +5‎ Linear arrays ‎ →‎Selection Sort current

09:3509:35, 7 April 2022 diff hist −23‎ Queue ‎ →‎A python learning activity current
09:1709:17, 7 April 2022 diff hist −7‎ Stack ‎ →‎A python learning activity current
09:1709:17, 7 April 2022 diff hist −9‎ Stack ‎ →‎A python learning activity

09:1709:17, 29 March 2022 diff hist +180‎ Network data compression ‎No edit summary

09:5609:56, 17 March 2022 diff hist +2‎ OSI model ‎No edit summary
09:5609:56, 17 March 2022 diff hist +167‎ OSI model ‎No edit summary

10:3210:32, 4 February 2022 diff hist 0‎ Data loss ‎ →‎Preventing data loss

09:5209:52, 25 January 2022 diff hist +9‎ Hardware, software, peripheral, network, human resources ‎No edit summary

10:0110:01, 24 January 2022 diff hist +24‎ Sentiment analysis ‎ →‎Example Tests current
10:0110:01, 24 January 2022 diff hist +3,353‎ N Sentiment analysis ‎ Created page with "right|frame|This a problem set for you to work through <ref>http://www.flaticon.com/</ref> This is a problem set. Some of these are easy, others are far m..."
09:4509:45, 24 January 2022 diff hist +47‎ Problem Sets ‎No edit summary current

10:2210:22, 13 January 2022 diff hist −344‎ Getting requirements from stakeholders ‎ →‎HL version
10:2210:22, 13 January 2022 diff hist −84‎ Getting requirements from stakeholders ‎ →‎Standards

16:0016:00, 11 January 2022 diff hist +5‎ User training ‎ →‎Evaluating user training
15:5015:50, 11 January 2022 diff hist +3‎ User training ‎ →‎Evaluating user training

16:2116:21, 28 December 2021 diff hist −6‎ Welcome ‎No edit summary

11:1611:16, 14 December 2021 diff hist +169‎ Installing libraries in Python ‎No edit summary

16:2616:26, 13 December 2021 diff hist +388‎ N Installing libraries in Python ‎ Created page with "right|frame|Python programming language<ref>http://www.flaticon.com/</ref> python -m pip install <module name> If you are still stuck, or you have other..."
16:2316:23, 13 December 2021 diff hist +37‎ Python ‎ →‎Basic ideas
16:1516:15, 13 December 2021 diff hist −19‎ API ‎No edit summary current
16:1416:14, 13 December 2021 diff hist +708‎ API ‎ →‎What is an API key?
16:1416:14, 13 December 2021 diff hist −710‎ API ‎ →‎Example
16:1416:14, 13 December 2021 diff hist −2,278‎ API ‎No edit summary
15:5815:58, 13 December 2021 diff hist 0‎ Genetic algorithm - timetable ‎ →‎timetable generator current
15:5215:52, 13 December 2021 diff hist +26‎ Genetic algorithm - timetable ‎ →‎Learning objective
15:3415:34, 13 December 2021 diff hist −212‎ Genetic algorithm - timetable ‎ →‎timetable generator
15:2715:27, 13 December 2021 diff hist +68‎ Genetic algorithm - timetable ‎ →‎The Problem

10:3910:39, 9 December 2021 diff hist 0‎ Problem Sets ‎No edit summary
10:3810:38, 9 December 2021 diff hist 0‎ Modeling and Simulation ‎ →‎Communication modeling and simulation (HL only) current
10:3710:37, 9 December 2021 diff hist +425‎ Genetic Algorithms ‎No edit summary
10:3410:34, 9 December 2021 diff hist +205‎ Genetic Algorithms ‎ →‎A video to get you started
10:3310:33, 9 December 2021 diff hist +322‎ Genetic Algorithms ‎No edit summary
10:3210:32, 9 December 2021 diff hist −3‎ Genetic Algorithms ‎No edit summary
10:3210:32, 9 December 2021 diff hist −611‎ Genetic algorithms ‎ →‎Terms associated with genetic algorithms current
10:3110:31, 9 December 2021 diff hist +285‎ Genetic Algorithms ‎No edit summary
10:2210:22, 9 December 2021 diff hist +99‎ Genetic algorithm - timetable ‎ →‎timetable generator
10:2010:20, 9 December 2021 diff hist +124‎ Genetic algorithm - timetable ‎ →‎The Problem
10:1910:19, 9 December 2021 diff hist +79‎ Genetic algorithm - timetable ‎ →‎timetable generator
10:1810:18, 9 December 2021 diff hist +15‎ Genetic algorithm - timetable ‎ →‎timetable generator
10:1810:18, 9 December 2021 diff hist +3,420‎ N Genetic algorithm - timetable ‎ Created page with "right|frame|This a problem set for you to work through <ref>http://www.flaticon.com/</ref> This is a problem set. Some of these are easy, others are far m..."
10:1410:14, 9 December 2021 diff hist 0‎ Problem Sets ‎No edit summary
10:1410:14, 9 December 2021 diff hist +92‎ Problem Sets ‎No edit summary

09:3709:37, 8 December 2021 diff hist −349‎ Debugging ‎No edit summary current

10:2610:26, 7 December 2021 diff hist −5‎ Testing implementation ‎ →‎Types of Testing
09:4109:41, 7 December 2021 diff hist −2‎ System fundamentals ‎ →‎The big ideas in system fundamentals
09:4109:41, 7 December 2021 diff hist −156‎ Ethics ‎No edit summary current
09:4109:41, 7 December 2021 diff hist +5‎ System fundamentals ‎ →‎The big ideas in system fundamentals

16:1316:13, 3 December 2021 diff hist −3‎ Implementation methods ‎ →‎Do you have an advanced understanding of this material?
16:1316:13, 3 December 2021 diff hist +134‎ Implementation methods ‎ →‎Do you have an advanced understanding of this material?
16:0816:08, 3 December 2021 diff hist −19‎ Implementation methods ‎ →‎Do you have an advanced understanding of this material?
15:5615:56, 3 December 2021 diff hist 0‎ Implementation methods ‎No edit summary
15:4115:41, 3 December 2021 diff hist +2‎ Implementation methods ‎ →‎Do you understand this material?
13:3713:37, 3 December 2021 diff hist +1,621‎ N Optimization ‎ Created page with "right|frame|Advanced programming<ref>http://www.flaticon.com/</ref> Optimisation is the method of obtaining the most effective and/or efficient solut..." current
13:3613:36, 3 December 2021 diff hist +675‎ N Problem space ‎ Created page with "right|frame|Advanced programming<ref>http://www.flaticon.com/</ref> Problem space relates to a problem and all the information surrounding it. Often,..." current
13:3513:35, 3 December 2021 diff hist +1,852‎ N Premature convergence ‎ Created page with "right|frame|Advanced programming<ref>http://www.flaticon.com/</ref> The premature convergence of a genetic algorithm arises when the genes of some hi..." current
13:3313:33, 3 December 2021 diff hist 0‎ Roulette wheel selection ‎No edit summary
13:3313:33, 3 December 2021 diff hist +982‎ N Roulette wheel selection ‎ Created page with "right|frame|Advanced programming<ref>http://www.flaticon.com/</ref> Also known as Fitness Proportionate Selection, Roulette Wheel Selection is a sto..."
13:3213:32, 3 December 2021 diff hist 0‎ N File:Roulette.png ‎No edit summary current
13:3113:31, 3 December 2021 diff hist +968‎ N Simulated annealing ‎ Created page with "right|frame|Advanced programming<ref>http://www.flaticon.com/</ref> Simulated annealing, also known as SA, is a technique used to optimize complex se..." current
13:3013:30, 3 December 2021 diff hist +1,362‎ N Termination condition ‎ Created page with "right|frame|Advanced programming<ref>http://www.flaticon.com/</ref> Termination condition is an expression or a mathematical equation that consists o..." current
13:2913:29, 3 December 2021 diff hist +1,249‎ N Selection strategy ‎ Created page with "right|frame|Advanced programming<ref>http://www.flaticon.com/</ref> Selection is the stage of a genetic algorithm in which individual genomes are cho..." current
13:2813:28, 3 December 2021 diff hist +579‎ N Population ‎ Created page with "right|frame|Advanced programming<ref>http://www.flaticon.com/</ref> In genetic algorithms, an important parameter in population size which directly a..." current

16:1016:10, 1 December 2021 diff hist +1,265‎ N Computational intractability ‎ Created page with "right|frame|Advanced programming<ref>http://www.flaticon.com/</ref> An intractable problem is a problem in which the only exact solution is one that..." current
15:4415:44, 1 December 2021 diff hist 0‎ Convergence ‎No edit summary current
15:4315:43, 1 December 2021 diff hist 0‎ Convergence ‎No edit summary
15:4315:43, 1 December 2021 diff hist +6‎ Convergence ‎No edit summary
15:4315:43, 1 December 2021 diff hist +1,147‎ N Convergence ‎ Created page with "right|frame|Advanced programming<ref>http://www.flaticon.com/</ref> Convergence in terms of genetic algorithms is a special case when a genetic algor..."
15:4315:43, 1 December 2021 diff hist 0‎ N File:Convergence.png ‎No edit summary current
14:5714:57, 1 December 2021 diff hist 0‎ 2022 case study ‎ →‎Every Term in the Case Study current
14:5714:57, 1 December 2021 diff hist −6‎ 2022 case study ‎ →‎Markscheme for case study
14:5614:56, 1 December 2021 diff hist +64‎ 2022 case study ‎No edit summary
14:5514:55, 1 December 2021 diff hist 0‎ N File:MarkBands.png ‎No edit summary current
14:3014:30, 1 December 2021 diff hist +279‎ Genetic Algorithms ‎No edit summary
14:3014:30, 1 December 2021 diff hist +1,478‎ N Elitism ‎ Created page with "right|frame|Advanced programming<ref>http://www.flaticon.com/</ref> Elitism is a method where the most fit individuals of a generation, usually a sma..." current

09:4909:49, 29 November 2021 diff hist +301‎ Genetic Algorithms ‎No edit summary
09:4609:46, 29 November 2021 diff hist −10‎ Genetic Algorithms ‎No edit summary
09:4609:46, 29 November 2021 diff hist +11‎ Genetic Algorithms ‎ →‎Start here to understand genetic algorithms
09:4409:44, 29 November 2021 diff hist +73‎ Genetic Algorithms ‎No edit summary
09:4309:43, 29 November 2021 diff hist +847‎ N Heuristics ‎ Created page with "frame|right|This is a basic concept in computer science In mathematical optimization and computer science, heuristic (from Greek εὑρίσκω "I f..." current
09:3709:37, 29 November 2021 diff hist +71‎ Genetic Algorithms ‎No edit summary

09:4009:40, 8 November 2021 diff hist 0‎ N File:180px-MYP-Design-Cycle---4.png ‎No edit summary current
09:4009:40, 8 November 2021 diff hist 0‎ N File:180px-MYP-Design-Cycle---3.png ‎No edit summary current
09:3909:39, 8 November 2021 diff hist 0‎ N File:180px-MYP-Design-Cycle---2.png ‎No edit summary current
09:3309:33, 8 November 2021 diff hist 0‎ N File:Section b.png ‎No edit summary current

14:4814:48, 2 November 2021 diff hist +761‎ Microprocessors and sensor input in control systems ‎No edit summary

09:0009:00, 21 October 2021 diff hist +46‎ Design ‎ →‎Inquiring and Analyzing

09:4109:41, 18 October 2021 diff hist +34‎ Architecture of the central processing unit (CPU) ‎No edit summary
09:2509:25, 18 October 2021 diff hist +114‎ N Category:Formative assessment ‎ Created page with "These are pages with interactive formative assessments. I like these, and my students report they enjoy them also." current
09:2409:24, 18 October 2021 diff hist −22‎ VPN ‎No edit summary
09:2409:24, 18 October 2021 diff hist −22‎ Network data compression ‎No edit summary
09:2309:23, 18 October 2021 diff hist −22‎ Transmission medium ‎No edit summary
09:2309:23, 18 October 2021 diff hist −22‎ Protocols and standards on the web ‎No edit summary
09:2309:23, 18 October 2021 diff hist +11‎ Wireless networks ‎No edit summary
09:2309:23, 18 October 2021 diff hist +11‎ Network speed ‎No edit summary
09:2209:22, 18 October 2021 diff hist −22‎ Data packet ‎No edit summary
09:2209:22, 18 October 2021 diff hist −43‎ OSI model ‎No edit summary
09:2209:22, 18 October 2021 diff hist +11‎ Network standards ‎No edit summary
09:2109:21, 18 October 2021 diff hist −24‎ Types of networks ‎No edit summary
09:2109:21, 18 October 2021 diff hist +34‎ Types of networks ‎No edit summary
09:0809:08, 18 October 2021 diff hist +28‎ Cache memory ‎No edit summary current

14:3514:35, 12 October 2021 diff hist +2‎ Recognize an image ‎ →‎The Problem

15:3215:32, 11 October 2021 diff hist +97‎ Conditionals ‎No edit summary current

15:3515:35, 6 October 2021 diff hist +113‎ Recognize an image ‎ →‎The Problem
15:3215:32, 6 October 2021 diff hist −170‎ Recognize an image ‎ →‎Hacker edition
15:3115:31, 6 October 2021 diff hist +103‎ Recognize an image ‎ →‎The Problem
15:0715:07, 6 October 2021 diff hist +293‎ Recognize an image ‎ →‎The Problem
15:0615:06, 6 October 2021 diff hist +158‎ Recognize an image ‎ →‎The Problem
15:0515:05, 6 October 2021 diff hist −19‎ Recognize an image ‎ →‎The Problem
14:5914:59, 6 October 2021 diff hist +2,339‎ N Recognize an image ‎ Created page with "right|frame|This a problem set for you to work through <ref>http://www.flaticon.com/</ref> This is a problem set. Some of these are easy, others are far m..."
14:5214:52, 6 October 2021 diff hist +49‎ Problem Sets ‎ ||

15:0015:00, 4 October 2021 diff hist +5‎ The machine instruction cycle ‎No edit summary current

18:5218:52, 3 October 2021 diff hist +84‎ Data representation ‎No edit summary

15:2015:20, 29 September 2021 diff hist +226‎ Linear arrays ‎ →‎Bubble sort
10:0610:06, 29 September 2021 diff hist +45‎ Primary memory ‎No edit summary

14:5914:59, 27 September 2021 diff hist +22‎ Architecture of the central processing unit (CPU) ‎ →‎Do you understand this topic?
09:0909:09, 27 September 2021 diff hist −1‎ Exceptions and pre-conditions ‎ →‎Example current
09:0809:08, 27 September 2021 diff hist 0‎ Exceptions and pre-conditions ‎ →‎Example

08:3608:36, 22 September 2021 diff hist +316‎ Working with files ‎No edit summary current

16:4316:43, 21 September 2021 diff hist +4,976‎ Tic tac toe ‎ →‎A possible solution current
14:4314:43, 21 September 2021 diff hist +6,813‎ Tic tac toe ‎ →‎A possible solution
14:3314:33, 21 September 2021 diff hist +3,814‎ Tic tac toe ‎ →‎A possible solution

08:4608:46, 19 September 2021 diff hist +7‎ Functions in Python ‎ →‎Expert level difficulty current
08:4608:46, 19 September 2021 diff hist −64‎ Functions in Python ‎ →‎Expert level difficulty

09:0009:00, 16 September 2021 diff hist −32‎ Web front-end libraries ‎ →‎Getting started template
09:0009:00, 16 September 2021 diff hist −438‎ Web front-end libraries ‎ →‎Getting started template

11:3611:36, 15 September 2021 diff hist −190‎ Web front-end libraries ‎ →‎Getting started template

14:0114:01, 13 September 2021 diff hist −290‎ CPU simulation ‎ →‎A possible solution current
13:5413:54, 13 September 2021 diff hist +94‎ CPU simulation ‎No edit summary
08:2708:27, 13 September 2021 diff hist +4‎ CLI ‎ →‎Command line current
07:4907:49, 13 September 2021 diff hist +98‎ CPU simulation ‎No edit summary
07:4707:47, 13 September 2021 diff hist +16‎ Computer modeling ‎ →‎Do I have a model? current
07:4607:46, 13 September 2021 diff hist +107‎ CPU simulation ‎No edit summary
07:2307:23, 13 September 2021 diff hist −27‎ GUI ‎No edit summary current

20:4920:49, 12 September 2021 diff hist −5‎ CPU simulation ‎ →‎The Problem
20:4920:49, 12 September 2021 diff hist +202‎ CPU simulation ‎ →‎The Problem
20:4620:46, 12 September 2021 diff hist +54‎ CPU simulation ‎ →‎What is this problem set trying to do

15:3715:37, 3 September 2021 diff hist +880‎ N How to use selection statements ‎ Created page with "The bank machine problem set is tricky: <syntaxhighlight lang="python"> # A cash machine dispenses £10 and £20 notes to a maximum of £250. # Write a program that shows t..." current