Curated Links #
Talks/lectures/videos based on current research interests(Non-Von Neumann Computing Architecture) #
- Brain-Like Neuromorphic Computing- Computerphile
- Neuromorphic Computing with emerging Memory devices
- Physics for Neuromorphic Computing
- Computational Memory: A stepping-stone to non-von Neurmann Computing?
- Ising Machines: Non-Von Neumann Computing with Nonlinear Optics
- Analog Supercomputers: From Quantum Atom to Living Body
- The Future of HPC with Non-Von Neumann Computing
- The Future of Computer Architecture is Non-Von Neumann
- Most Powerful Computers You've Never Heard Of- Veritasium
- The Future Computers Will Be Radically Different(Analog Computation)
- Deep Learning: The Reincarnation of Analog Computing
- The Collective Computation Of Reality in Nature and Society
- RRAM Compute-In-Memory Hardware For Efficient and Versatile Edge Intelligence- Stanford University
- Collective intelligence as collective computation: Future directions- Jessica Flack(Institute for Pure & Applied Mathematics (IPAM))
- Jessica Flack on Collective Computation
- Biophysics 2 Memristors in the Brain?
- Neuromorphic Chips: Addressing the Nanotransistor Challenge
- Analog Computing Returns
- Computer of the Tides - Charles Petzold(Code on the Beach 2014)
- When Worlds Collide- Charles Petzold(Code on the Beach 2014)
- Mechanical Computer (All Parts) - Basic Mechanisms In Fire Control Computers
- (1/4) Intro/History: Introducing a 100-year-old mechanical computer- engineerguy
- (2/4) Synthesis: A machine that uses gears, springs and levers to add sines and cosines -engineerguy
- (3/4) Analysis: Explaining Fourier analysis with a machine -engineerguy
- (4/4) Operation: The details of setting up the Harmonic Analyzer -engineerguy
- Understanding the analog computer
Books I adore #
- Don't you have time to think?- Sir Richard Feynman
- What is Life? - Schrodinger
- The Stranger- Albert Camus
- Hackers & Painters- Paul Graham
- Chip War- Chris Miller
- The Idea Factory: Bell Labs and the Great Age of American Innovation- Jon Gertner
- The Metamorphosis- Franz Kafka
- The death of Ivan Ilyich- Leo Tolstoy
- Notes from Underground- Fyodor Dostoevsky
- Siddhartha - Herman Hesse
Comics I enjoyed #
- The Thrilling Adventures of Lovelac eand Babbage- Sydney Padua
- Kubernetes by Google Cloud
- The Google Chrome Comic
- Wizard Zines- Julia Evans
Humans I wish to work with #
Quirks I am quirky about #
- State-Of-The-Art solutions
- Lightening Talks
- Multidisciplinary approach
- Data archiving
- Dig down the Rabbit hole
- Exposure, Analysis, and Reflection- School of Thought
- Steampunk
Historical moments I cherish #
- World's First Transistor Invented by Bell Telephone Laboratories - Dec 1947
- Higgs Boson(GOD Particle) Discovery at CERN- July 4, 2012
Places I would love to visit #
- Science Museum, South Kensington, London, for some reference check out: Charles Babbage’s Difference Engines and the Science Museum
Organizations I respect #
Blogs I like #
- You And Your Research- Richard Hamming
- What Would It Take to Recreate Bell Labs?- Brian Potter(Construction Physics)
- Paul Graham Essays, Bonus-How To Do Great Work
- Eric S. Raymond, Bonus- How To Become A Hacker
- Principles Of Effective Research- Michael Nielsen
- Some Memories of Niklaus Wirth- Martin Odersky
- The Art Of Finishing- Tomas Stropus
- Concise electronics for geeks- Michal Zalewski
- Bitter Lesson- Richard Sutton
Low-level systems learnings #
- Bare metal printf - C standard library without OS- Uros Popovic
- Making a micro Linux distro
- Making my first embedded Linux system
- Creating an assembler for a custom CPU
- Writing a simple RISC-V emulator
- How do computers read code?
- Memory Models- Part 1
- Weak Memory Models- Part 2
- The happens-before relation- Part 3
- Go Memory Model- Part 4
(I am on a mission to understand how memory in any computer system works if you have suggestions then ping me
[email protected]) - Reverse Engineering Microsoft Binaries
- FPGAs have the wrong abstractions- Adrian Sampson
Low-level systems books #
- Linux System Programming Talking Directly to the Kernel and C Library- Robert Love
- Practical C Programming-Why Does 2+2 = 5986
- Linux Kernel Development- Robert Love
- Computer Architecture: A Quantitative Approach Book by David A Patterson and John L. Hennessy
- Linux Device Drivers- Jonathan Corbet, Alessandro Rubini, Greg Kroah-Hartman
Talks I enjoy #
- What is Intelligence?- Blaise Agüera y Arcas
- Open RISC-V Platforms for Energy-Efficient, Scalable Computing- Luca Benini(ETHZ)
- Enabling Sustainable AI - an Open Computing Platform Perspective- Luca Benini(ETHZ)
- Debugging Under Fire: Keep your Head when Systems have Lost their Mind - Bryan Cantrill, GOTO 2017
- "Making Hard Things Easy" by Julia Evans (Strange Loop 2023- Julia Evans
- For A Free Digital Society - Richard M. Stallman
- "What UNIX Cost Us" - Benno Rice (LCA 2020)
- Linux "Sucks"- Bryan Lunduke
- "Unmasking the Godfather - Reverse Engineering the Latest Android Banking Trojan" by Laurie Kirk
Lectures I would never bunk #
- Learning To Learn- Richard Hamming(Naval Postgraduate School(NPS), Monterey California)
- Thoughts For The Weekend- John Ousterhout(Stanford University)
- MIT missing semester- MIT
- Carl Sagan's 1994 "Lost" Lecture: The Age of Exploration
- Lectures on Philosophy- Professor Kagan(Yale University)
- Intro to Psychology- Professor Paul Bloom(Yale University)
- Listening to Music- Professor Craig Wright(Yale University)
- How to Speak- Prof. Patrick Winston(MIT)
- Philosophy In Film and Other Media- Prof. Irving Singer(MIT)
- Listening, Speaking, and Pronunciation(MIT)
Documentaries I watch #
- Transistors
- The Code: Story of Linux
- Revolution OS: Story of GNU/Linux
- Project Code Rush: The Beginning Of Netscape/Mozilla
- The Life Of Hackers
- The Internet's Own Boy: The Story of Aaron Swartz
- Bulgaria's Super Teacher
Ideas/Perspectives I look forward to #
-
COMPUTING MACHINERY AND INTELLIGENCE BY A. M. TURING- "The fact that Babbage's Analytical Engine was to be entirely mechanical will help us to rid ourselves of a superstition. Importance is often attached to the fact that modern digital computers are electrical, and that the nervous system also is electrical. Since Babbage's machine was not electrical, and since all digital computers are in a sense equivalent, we see that this use of electricity cannot be of theoretical importance. Of course electricity usually comes in where fast signalling is concerned, so that it is not surprising that we find it in both these connections. In the nervous system chemical phenomena are at least as important as electrical. In certain computers the storage system is mainly acoustic. The feature of using electricity is thus seen to be only a very superficial similarity. If we wish to find such similarities we should look rather for mathematical analogies of function." - Turing, 1950
Podcasts I enjoyed listening #
- NVIDIA series by acquired.fm
- TSMC- ACQUIRED Podcast
- Jeremy Howard(fast.ai & Answer.ai)- Lex Fridman Podcast
Professors I love studying from #
- Prof. Onur Multu(ETH Zurich) Computer Architecture
- Sir. Richard Feynman- Physics and Fun
- Sir. Carl Sagan
Current Topics Of Interest(TOI) #
- Reconfigurable Computing
- Energy Efficienct Computing
- Heterogeneous Computing
- Open Source Hardware/Chips