Counterpoint: Parallel Programming Wall and Multicore Software Spiral: Denial Hence Crisis.

Saved in:

Bibliographic Details
Title:	Counterpoint: Parallel Programming Wall and Multicore Software Spiral: Denial Hence Crisis.
Authors:	Vishkin, Uzi¹ vishkin@umiacs.umd.edu
Source:	Communications of the ACM. Sep2022, Vol. 65 Issue 9, p32-34. 3p.
Subjects:	Random access memory, Computer storage devices, Central processing units, Computers, Computer programming, Electronic data processing
Abstract:	The author argues that computational models do not need to change to adjust for cost and technological change. He claims that random access machine, or model (RAM) is the best for algorithms and data structures, discusses the software spiral (SWS) for single central processing units (CPUs), and notes that cost-effective programming is critical for performance programming.
Database:	Engineering Source

Description
Abstract:	The author argues that computational models do not need to change to adjust for cost and technological change. He claims that random access machine, or model (RAM) is the best for algorithms and data structures, discusses the software spiral (SWS) for single central processing units (CPUs), and notes that cost-effective programming is critical for performance programming.
ISSN:	00010782
DOI:	10.1145/3548784