Tempus documents of Parallel project ordered by authors

• Bartha, Tamás <bartha@rep1.iei.pi.cnr.it>
  • Components of Dependable Distributed Systems
  • Concept and Practice of Fault-Tolerant Distributed Systems
  • System-Level Fault Diagnosis
• Broczkó, Péter <broczko@novserv.obuda.kando.hu>
  • Distributed-Memory Programming: Occam
  • Transputers
  • Computational Models
• Burian, Ágnes <burian@szgti.kando.hu>
  • Architecture and Operation of Vector Computer CONVEX 3820
  • Digital Image Processing Exercises in the Fourier Domain using VECLIB on Vector Computer CONVEX 3820
• Csertán, György <csertan@mmt.bme.hu>
  • Modeling of Fault Tolerant Systems
• Drótos, Dániel <drdani@malacka.iit.uni-miskolc.hu>
  • Distributed Compiting Environment (DCE)
  • QNX Real-Time OS
  • GRAPNEL programming environment
• Dózsa, Gábor <dozsa@sunserv.kfki.hu>
  • MPI: The Message Passing Interface
  • Parallel Programming Tools and Environments
• Erényi, István <erenyi@sunserv.kfki.hu>
  • Parallel Processing Fundamentals
• Fadgyas, Tibor <fadgyas@sunserv.kfki.hu>
  • Sorting Algorithms
  • Graph Algorithms
  • Discrete Optimization Problems
  • Dynamic Programming
• Fehér, Gyula <feher@novserv.obuda.kando.hu>
  • Distributed memory architectures
  • Architectures of Distributed Systems
  • Transparencies for Real-Time Systems
  • Real-Time Operating Systems Practices
  • Architectures of Real-Time Operating Systems
• Fiedler, József <fiedler@ns.szgti.kando.hu>
  • Noisegeneretor on transputer network
• Györök, György <gyorok@szgti.kando.hu>
  • Noisegeneretor on transputer network
• Horton, Graham <Graham.Horton@informatik.uni-erlangen.de>: A Short Course in Parallel Scientific Computing
  • Introduction to Parallel Scientific Computing
  • Fundamentals of Parallel Computing
  • Solution of elliptic PDEs
  • Ordinary Differential Equations
  • Eigenvalue Computations
  • Load Balancing
  • Exercise 1: Parallel numerical approximation of PI
  • Exercise 2: Parallel solution of a PDE with the Jacobi and Gaus-Seidel methods
  • Exercise 3: Parallel integration of an ordinary differential equation
• Horváth, Gábor <horvath@mmt.bme.hu>
  • Linear Digital Signal Processing Algorithms
• dr. Hudoba, György <hudoba@szgti.kando.hu>
  • Digital Signal Processing
• Justo, George <justog@wmin.ac.uk>
  • Introduction To Parallel Programming Languages and Occam
• Kacsuk, Péter <kacsuk@sunserv.kfki.hu>
  • Introduction to Parallel Processing
  • Shared-Memory Programming
  • MIMD architectures
  • Multi-threaded architectures
  • Shared memory architectures
  • Distributed memory architectures
• Kovács, Etelka <ekovacs@szgti.kando.hu>
  • Architecture and Operation of Vector Computer CONVEX 3820
  • Digital Image Processing Exercises in the Spatial Domain on Vector Computer CONVEX 3820
• Kovács, Magda <jkovacs@szgti.kando.hu>
  • Optimization and Profiling on Vector Computer CONVEX 3820
  • Digital Image Processing Exercises in the Fourier Domain using VECLIB on Vector Computer CONVEX 3820
• László, Zoltán <laszlo@fsz.bme.hu>
  • Real-Time Languages
• Majzik, István <majzik@mmt.bme.hu>
  • Software Based Fault Tolerance
  • Basic terminology
  • Concurrent error detection
  • Software fault tolerance
• Máray, Tamás <maray@fsz.bme.hu>
  • Object Oriented Parallel Programming Languages
• Dr. Nagy, Rezső <rnagy@ns.szgti.kando.hu>
  • Optimization and Profiling on Vector Computer CONVEX 3820
  • Digital Image Processing Exercises in the Spatial Domain on Vector Computer CONVEX 3820
• Németh, Zsolt <zsnemeth@sunserv.kfki.hu>
  • Parallel Execution Models of Declarative Languages
  • Introduction MIMD architectures
  • Multi-threaded architectures
• Padi, Ferenc
  • Introduction to Distributed Operating Systems
• Pataricza, András
  • Master-checker mode
  • Memory protection
  • Motivation
  • Automatic Test Generation
  • Memory Testing
  • CPU Testing
  • Master-Checker Setup
  • Watchdog Processors
  • Dependable Multiprocessors
  • Integrated Diagnostics
• Petri, András <petri@mmt.bme.hu>
  • Overview of RAID
  • Statistical techniques for analyzing fault-tolerant systems
  • Overview of RAID
• Rényi, István <renyi@sunserv.kfki.hu>
  • Data-Parallel Fine-Grain Algorithms
• Seebauer, Márta <smarta@szgti.kando.hu>
  • Realisation of Parallel DSP Algorithms on the Wavefront Array Processors
• Sima, Dezső <sima@novserv.obuda.kando.hu>
  • Computational models
  • Superscalar Architectures
• Szeberényi, Imre <szebi@bagira.fsz.bme.hu>
  • Programming of PVM
• Terstyánszky, Gábor <tega@malacka.iit.uni-miskolc.hu>
  • Introduction
  • Real-Time Models
  • Process Management and Scheduling in Real-Time Systems
  • Resource Management in Real-Time Systems
• Vassányi, István <vassanyi@sunserv.kfki.hu>
  • Numerical and Matrix Algorithms