PDP-11🚀

🍀 The Hardware Lottery 🎰
by Sarah Hooker, Google Brain [ACM]

- The very first computer hardware was extremely focused on solving one particular problem - numerical differentiation or polynomial models. In the 1960s IBM invented the concept of Instruction Set and made migration between hardware easier for software developers. Till the 2010s we have been living in the world of general-purpose hardware - CPUs.

- Computer Science Ideas win or lose not because one superior one to another, but because some of them did not have the suitable hardware to be implemented in. Back Propagation Algorithm, the key algorithm that made the deep learning revolution possible, was invented independently in 1963, 1976, 1988 and finally applied to CNN in 1989. However, it was only three decades later that deep neural networks were widely accepted as a promising research direction and the significant result was achieved with GPUs, that could run massive parallel computations.

- Today hardware pendulum is swinging back to domain-specific hardware like it was the CPU invention

- Hardware should not remain a limiting factor for the breakthrough ideas in AI research. Hardware and Software should be codesigned for the SOTA algorithms. Algorithm developers need a deeper understanding of the computer platforms.

read also here

dl.acm.org

The hardware lottery | Communications of the ACM

After decades of incentivizing the isolation of hardware, software, and algorithm development, the catalysts for closer collaboration are changing the paradigm.

www.tg-me.com/es/PDP 11/com.pdp11ml/352

1.5K viewsJan 14, 2022 at 08:07

🍀 The Hardware Lottery 🎰
by Sarah Hooker, Google Brain [ACM]

- The very first computer hardware was extremely focused on solving one particular problem - numerical differentiation or polynomial models. In the 1960s IBM invented the concept of Instruction Set and made migration between hardware easier for software developers. Till the 2010s we have been living in the world of general-purpose hardware - CPUs.

- Computer Science Ideas win or lose not because one superior one to another, but because some of them did not have the suitable hardware to be implemented in. Back Propagation Algorithm, the key algorithm that made the deep learning revolution possible, was invented independently in 1963, 1976, 1988 and finally applied to CNN in 1989. However, it was only three decades later that deep neural networks were widely accepted as a promising research direction and the significant result was achieved with GPUs, that could run massive parallel computations.

- Today hardware pendulum is swinging back to domain-specific hardware like it was the CPU invention

- Hardware should not remain a limiting factor for the breakthrough ideas in AI research. Hardware and Software should be codesigned for the SOTA algorithms. Algorithm developers need a deeper understanding of the computer platforms.

read also here

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