Triton / 1 : A Massively - Parallel Mixed - Mode ComputerDesigned to Support High Level

Triton A Massively Parallel Mixed Mode Computer Designed to Support High Level Languages

We present the architecture of Triton a scalable mixed mode SIMD MIMD parallel computer The novel features of Triton are Support for high level machine independent pro gramming languages Fast SIMD MIMD mode switching Special hardware for barrier synchronization of multiple process groups A self routing dead lock free perfect shu e inter connect with latency hiding The architecture is the outcom...

Project Triton: towards Improved Programmability of Parallel Computers Compilation Techniques. Triton/1 Parallel Architecture

This paper appeard in: The main objective of Project Triton is adequate programmability of massively parallel computers. This goal can be achieved by tightly coupling the design of programming languages and parallel hardware. The approach taken in the Project Triton is to let high-level, machine independent parallel programming languages drive the design of parallel hardware. This approach perm...

Triton/1: A Massively-Parallel Mixed-Mode . . .

A Massively Parallel Face Recognition System

We present methods for processing the LBPs (local binary patterns) with a massively parallel hardware, especially with CNN-UM (cellular nonlinear network-universal machine). In particular, we present a framework for implementing a massively parallel face recognition system, including a dedicated highly accurate algorithm suitable for various types of platforms (e.g., CNN-UM and digital FPGA). W...

A Novel Generalized Topology for Multi-level Inverter with Switched Series-parallel DC Sources (RESEARCH NOTE)

This paper presents a novel topology of single-phase multilevel inverter for low and high power applications. It consists of polarity (Level) generation circuit and H Bridge. The proposed topology can produce higher output voltage levels by connecting dc voltage sources   in series and parallel. The proposed topology utilizes minimum number of power electronic devices which helps in reduction o...