Parallel Processing: Proceedings of the Sagamore Computer Conference, August 20-23, 1974 (Lecture Notes in Computer Science, 24)

On a class of scheduling algorithms for multiprocessors computing systems.- Scheduling unit-time tasks with limited resources.- Programmable radar signal processing using the RAP.- Analysis and design of a cost-effective associative processor for weather computations.- The implementation of APL on an associative processor.- A unified associative and von-neumann processor EGPP and EGPP-array.- Discriminating content addressable memories.- A fundamental theorem of asynchronous parallel computation.- The hyperplane method for an array computer.- Syntactic recognition of parallel processes in formally defined complexes of interacting digital systems.- A control structure for parallel processing.- Toward the design of a network manager for a distributed computer network.- The typeset-10 message exchange facility a case study in systemic design.- Optimal resource allocation and scheduling among parallel processes.- A recognizer and post-recognizer for optimizing execution times of programs.- Analytic and implementation considerations of two-facility sequencing in computer systems.- Computer models with constrained parallel processors.- Implementation of data manipulating functions on the staran associative processor.- Mixed mode arithmetic for STARAN.- An array processing language.- The evolution of a parallel active tracking program.- Implementation of the AWACS passive tracking algorithms on a Goodyear STARAN.- Experiences with an operational associative processor.- Matrix computations on an associative processor.- Optimal searching algorithms for parallel-pipelined computers.- A new parallel algorithm for network flow problems.- Parallel processing by virtual instruction.- An approach to restructurable computer systems.- On programmable parallel data routing networks via cross-bar switches for multiple element computer architectures.- A reconfigurable parallel arithmetic unit.- Architectural considerations in interfacing a parallel processor to the air traffic control system.- An efficient implementation of conflict prediction in a parallel processor.- An associative processor architecture for air traffic control.- Application of an associative processor to aircraft tracking.- Analysis of parallel processing for air defense and air traffic control for Thailand.