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- 00:36, 28 February 2025 Mesa (hist | edit) [2,745 bytes] EdmondLascaris (talk | contribs) (Created page with "=Introduction= =Code 1= <syntaxhighlight lang="python"> from mesa import Agent, Model from mesa.time import RandomActivation from mesa.datacollection import DataCollector import matplotlib.pyplot as plt class VillageResident(Agent): """An agent representing a resident choosing between personal cars and public transport.""" def __init__(self, unique_id, model): super().__init__(unique_id, model) self.transport_mode = "car" if self.random.ra...")
- 02:14, 21 February 2025 C language (hist | edit) [19,736 bytes] EdmondLascaris (talk | contribs) (Created page with "=Why is Python written in C and not C++= Python is written in C, specifically in the CPython implementation, rather than C++, for several practical and historical reasons. Here are the key factors behind this choice: ==1. Simplicity and Efficiency== C is simpler and more lightweight than C++. While C++ offers additional features like classes, templates, and a richer standard library, this complexity comes at the cost of performance overhead in some cases. Python's prim...")
- 20:43, 15 February 2025 Re-purposing laptops for schools (hist | edit) [44,013 bytes] EdmondLascaris (talk | contribs) (Created page with "=Overview= Here are 15 applications available in Lubuntu's Discover (software manager) that are useful for primary school education: Learning & Educational Apps Tux Typing – Fun typing tutor with games for children. GCompris – A suite of educational activities covering math, reading, and logic. TuxMath – A math game where kids solve equations to defend penguins. KBruch – Helps students practice fractions and arithmetic. KAlgebra – A visual mathematics tool for...")
- 12:43, 15 February 2025 Kolibri (hist | edit) [104 bytes] EdmondLascaris (talk | contribs) (Created page with " =Installation= [https://kolibri.readthedocs.io/en/latest/install/ubuntu-debian.html Installing Kolibri]")
- 20:59, 18 January 2025 Offline Raspberry Pi Repository (hist | edit) [3,667 bytes] EdmondLascaris (talk | contribs) (Created page with "Here’s how to get started with mirroring and maintaining offline software repositories for your Raspberry Pi systems: Step 1: Mirror Raspberry Pi OS Repositories 1. Understand Raspberry Pi OS Repositories Raspberry Pi OS uses apt for managing software packages. Repositories contain the software and updates you need for your Raspberry Pi. Main repositories include: Main OS Repository: The core operating system. Software Packages: Applications, utilities, and librari...")
- 09:55, 30 December 2024 Smart Cities - RetroPie (hist | edit) [5,730 bytes] EdmondLascaris (talk | contribs) (Created page with " =How to Install RetroPie on Ubuntu= ==1. Prerequisites== Before installing RetroPie, ensure you have the following: * An Ubuntu system (desktop or laptop). * A stable internet connection. * A USB game controller (optional but recommended). ==2. Update Your System== Run the following commands to update and upgrade your system: <syntaxhighlight lang="bash"> sudo apt update sudo apt upgrade </syntaxhighlight> ==3. Install Required Dependencies== RetroPie requires a...")
- 23:30, 25 December 2024 Smart Cities - Phone for Seniors with Vision Impairment (hist | edit) [22,267 bytes] EdmondLascaris (talk | contribs) (Created page with "=Building a simple telphone for seniors with vision impairment= Building a simple telephone for seniors with vision impairments using a Raspberry Pi can be an enriching and functional project. Below are the steps to create a device that allows seniors to call loved ones, leveraging either the internet (e.g., VoIP) or interfacing with a traditional mobile phone. The design emphasizes ease of use, accessibility, and practicality. Project Overview Features: Large, Access...")
- 18:54, 25 December 2024 Smart Cities - Low Carbon Computing Future (hist | edit) [56,502 bytes] EdmondLascaris (talk | contribs) (Created page with "Student Project: Building a Low-Carbon, Low-Energy ICT Infrastructure for an Offline Future This project challenges students to design and implement an ICT infrastructure that functions efficiently without internet access, using Linux, old laptops, and Raspberry Pi devices. The project emphasizes sustainability, resourcefulness, and essential services for a community. =Goals= Design a Sustainable ICT Infrastructure: * Minimize energy consumption. * Use repurposed or low...")