Antosh Dyade

How did a Cold War-era research project transform into the global digital infrastructure we use today? This video dives deep into the archives to trace the evolution of the Internet, beginning with the Advanced Research Projects Agency Network (ARPANET) in 1969.We explore the groundbreaking theories of packet switching developed by Paul Baran and Donald Davies, which allowed data to travel independently across a distributed network rather than relying on a vulnerable central hub. You’ll learn about the first node-to-node message sent from UCLA to SRI—the succinct and prophetic "LO"—which famously crashed the system before the full word "LOGIN" could be completed.Key Milestones Covered:• The Transition to TCP/IP: Why January 1, 1983, is considered the "Flag Day" and official birthday of the modern Internet.• The Rise of NSFNET: How the National Science Foundation stepped in to provide a high-speed backbone for academic research, connecting supercomputing centers across the U.S.• The World Wide Web: The revolutionary impact of Tim Berners-Lee at CERN and the release of the Mosaic browser, which brought a graphical interface to the general public.• The Privatization Era: A look at the controversial 1995 decommissioning of the NSFNET backbone and the handoff of control to private commercial providers.We also analyze the implications of privatization, including the emergence of a concentrated backbone industry, the lack of "must-carry" regulations, and the lost opportunity for the government to bake security and societal values into the Internet's fundamental design.Featured Pioneers: Vinton Cerf and Robert Kahn (Co-creators of TCP/IP), J.C.R. Licklider (The Visionary), Larry Roberts (ARPANET Leader), and Jon Postel (The Internet’s Editor).Sources referenced in this video: This deep dive draws directly from historical reports, research papers from ResearchGate, DARPA and NSF archives, and the collaborative work of Internet Hall of Fame inductees.#InternetHistory #ARPANET #NSFNET #TCPIP #WebHistory #ComputerScience #TechDocumentary

The ACM A.M. Turing Award is universally recognized as the "Nobel Prize of Computing" and stands as the highest distinction in the field of computer science. Presented annually by the Association for Computing Machinery, it honors individuals whose technical contributions have had a lasting and major importance to the digital world.The award is named in honor of Alan Mathison Turing, the British mathematician and "Father of Computer Science". Turing provided the formal foundations for computation with the Universal Turing Machine and played a pivotal role in the Allied victory during World War II by leading the effort to decrypt the Enigma cipher.The most recent recipients (2024) are Andrew Barto and Richard Sutton, recognized for their groundbreaking work in reinforcement learning. Their research allows machines to learn through trial and error, serving as a central pillar for the modern AI boom and powering massive breakthroughs like AlphaGo and ChatGPT.Turing Award Fast Facts:• The Prize: Winners receive $1 million, with current financial support provided by Google, Inc..• The First: The inaugural award was given to Alan Perlis in 1966 for his influence on advanced programming and compilers.• Women in Computing: Only three women have ever received the honor: Frances Allen (2006), Barbara Liskov (2008), and Shafi Goldwasser (2012).• The Elite Network: Turing Laureates are exceptionally well-connected; on average, a winner is separated from another laureate or von Neumann Medal winner by only 1.4 co-authorship steps.• Academic Foundations: Approximately 61% of laureates hold degrees in mathematics, reflecting the discipline's deep roots in mathematical logic.• Age Trends: While the youngest winner, Donald Knuth, was only 36, the average age of recipients has trended upward toward 70 in recent years.From the invention of the World Wide Web and the C programming language to the foundations of Artificial Intelligence, the Turing Award documents the history of the information age.#TuringAward #ComputerScience #AI #AlanTuring #TechHistory #ReinforcementLearning #ChatGPT #Innovation #Coding #STEM

The ACM A.M. Turing Award is universally recognized as the "Nobel Prize of Computing" and stands as the highest distinction in the field of computer science. Presented annually by the Association for Computing Machinery, it honors individuals whose technical contributions have had a lasting and major importance to the digital world.The award is named in honor of Alan Mathison Turing, the British mathematician and "Father of Computer Science". Turing provided the formal foundations for computation with the Universal Turing Machine and played a pivotal role in the Allied victory during World War II by leading the effort to decrypt the Enigma cipher.The most recent recipients (2024) are Andrew Barto and Richard Sutton, recognized for their groundbreaking work in reinforcement learning. Their research allows machines to learn through trial and error, serving as a central pillar for the modern AI boom and powering massive breakthroughs like AlphaGo and ChatGPT.Turing Award Fast Facts:• The Prize: Winners receive $1 million, with current financial support provided by Google, Inc..• The First: The inaugural award was given to Alan Perlis in 1966 for his influence on advanced programming and compilers.• Women in Computing: Only three women have ever received the honor: Frances Allen (2006), Barbara Liskov (2008), and Shafi Goldwasser (2012).• The Elite Network: Turing Laureates are exceptionally well-connected; on average, a winner is separated from another laureate or von Neumann Medal winner by only 1.4 co-authorship steps.• Academic Foundations: Approximately 61% of laureates hold degrees in mathematics, reflecting the discipline's deep roots in mathematical logic.• Age Trends: While the youngest winner, Donald Knuth, was only 36, the average age of recipients has trended upward toward 70 in recent years.From the invention of the World Wide Web and the C programming language to the foundations of Artificial Intelligence, the Turing Award documents the history of the information age.#TuringAward #ComputerScience #AI #AlanTuring #TechHistory #ReinforcementLearning #ChatGPT #Innovation #Coding #STEM

The Government Machine: A History of State Computing

The Government Machine: A History of State Computing

Graph Neural Networks for Advanced Phishing and Threat Detection

Blockchain Fraud Detection Using Graph Neural Networks

A Guide to Graph Neural Network (GNN) : The Power of Connection

A Guide to Graph Neural Network : The Power of Connection

This podcast introduces a novel profiling technique for identifying vulnerabilities in smart contracts (SCs), specifically proposing an enhanced Genetic Algorithm (EGA). It details the architecture of SCsVulLyzer (V2.0), a tool designed for feature extraction and optimization in SC analysis. The paper further categorizes and analyzes existing vulnerability detection methods, contrasting non-learning-based approaches like rule-based systems and finite state machines with learning-based techniques such as machine learning and deep learning. Ultimately, the research demonstrates the superior performance of the EGA model in accurately detecting various SC vulnerabilities compared to traditional and neural network-based methods, while also visualising and defining common profiles for both vulnerable and secure SCs.