Master the effective programming of parallel systems by delving into superscalar Multithreaded processors, Multicore, multiprocessor systems and processors with vector units, among other types of architectures"  

Programming systems with parallel architectures can be a challenge for computer scientists, who must develop their ability to evaluate and analyze the performance of systems incorporating this technique. To do so, we must delve into the requirements of parallel computing systems, such as coherence in systems with shared memory, the cost of communication between processes or the topologies of interconnection between processors, with their advantages and disadvantages. 

This Postgraduate certificate explores all these issues and expands on them in detail with simulated case studies and a myriad of high-quality audiovisual resources created by the teaching team itself. Precisely this team has been selected by TECH for its extensive experience in the management and creation of complex parallel architectures, which brings practical value to all the topics covered, as they have been focused on the current reality of the most modern IT projects. 

In addition, to make it as easy as possible to combine this degree with other personal responsibilities, TECH has promoted a 100% online format, in which the student does not have to attend classes or follow any kind of schedule. All the contents and didactic material are available from the beginning of the degree, and can be downloaded in full from any device with an internet connection. In this way, it is the student themselves who distributes the teaching load, without pressure or ties. 

You make the important decisions at TECH, choosing where, when and how to take on the entire teaching load according to your own interests"

This Postgraduate certificate in Parallel Architectures in Computing is the most comprehensive and up-to-date educational program on the market. The most important features include:  

• The development of case studies presented by experts in Parallel and Distributed Computing
• The graphic, schematic and eminently practical contents with which it is conceived provide practical information on those disciplines that are essential for professional practice
• Practical exercises where self-assessment can be used to improve learning 
• Its special emphasis on innovative methodologies  
• Theoretical lessons, questions for experts and individual reflection work 
• Content that is accessible from any fixed or portable device with an Internet connection 

Incorporate into your daily work the practical advice of a teaching team versed in Parallel Computing Architectures, while improving your skills and job potential"

The program’s teaching staff includes professionals from the sector who contribute their work experience to this training program, as well as renowned specialists from leading societies and prestigious universities.  

The multimedia content, developed with the latest educational technology, will provide the professional with situated and contextual learning, i.e., a simulated environment that will provide immersive training programmed to train in real situations.  

This program is designed around Problem-Based Learning, whereby the professional must try to solve the different professional practice situations that arise during the academic year. For this purpose, the student will be assisted by an innovative interactive video system created by renowned and experienced experts. 

It analyzes the theory and advanced practice of vector, matrix and multiprocessor processors, with topics dedicated exclusively to them"

Enroll today in the world's largest online academic institution and don't miss the opportunity to specialize in an IT area with a great future projection"

In order to facilitate the student's study work, Postgraduate certificate has incorporated the Relearning  pedagogical methodology in the development of this program. This means that the most important content on Parallel Architectures is taught naturally throughout the program, resulting in much more effective and cost-efficient learning. The student saves a considerable investment of study hours as a result, so that they can spend that time researching the large amount of supplementary material available for each of the topics. 

You will have access to the virtual classroom 24 hours a day, being able to download all the content from the very beginning of the program"

Module 1. Parallel Architectures

1.1. Parallel Architectures 

1.1.1. Parallel Systems Classification 
1.1.2. Parallelism Sources 
1.1.3. Parallelism and Processors 

1.2. Performance of Parallel Systems 

1.2.1. Performance Measures and Quantities 
1.2.2. Speed-up 
1.2.3. Granularity of Parallel Systems 

1.3. Vectorial Processors 

1.3.1. Basic Vectorial Processor 
1.3.2. Interleaved or Interleaved Memory 
1.3.3. Performance of Vector Processors 

1.4. Matrix Processors 

1.4.1. Basic Organization 
1.4.2. Programming in Matrix Processors 
1.4.3. Programming in Matrix Processors Practical Example 

1.5. Interconnection Networks 

1.5.1. Interconnection Networks 
1.5.2. Topology, Flow Control and Routing 
1.5.3. Interconnection Networks Classification According to Topology 

1.6. Multiprocessors 

1.6.1. Multiprocessor Interconnection Networks 
1.6.2. Memory and Cache Consistency 
1.6.3. Probe Protocols 

1.7. Synchronization 

1.7.1. Bolts (Mutual Exclusion) 
1.7.2. P2P Synchronization Events 
1.7.3. Global Synchronization Events 

1.8. Multicomputers 

1.8.1. Multicomputer Interconnection Networks 
1.8.2. Switching Layer 
1.8.3. Routing Layer 

1.9. Advanced Architectures 

1.9.1. Data Flow Machines 
1.9.2. Other Architectures 

1.10. Parallel and Distributed Programming 

1.10.1. Parallel Programming Languages 
1.10.2. Parallel Programming Tools 
1.10.3. Design Patterns 
1.10.4. Concurrency of Parallel and Distributed Programming Languages  

You will have a widely developed and exhaustive reference material on Parallel Architectures, which will be useful even after the end of the degree"