Research Interests in Computer Science
Irreversible computing for low-energy computing (as a programming paradigm, for low-energy hardware, for low-energy cloud platforms)
New software and hardware paradigms for irreversible computing
Distributed and Cloud systems:
Scalability, scale-free patterns in distributed systems. Programming languages in distributed and cloud systems,Programming languages
Memory management for low-latency and cloud computing applications
Resource-oriented-Architecture and Resource-oriented-Computing (ROA / ROC)
Cloud performance tuning based on run-time collection of control flow statistics and automatic selection of optimal trade-offs (memory management (virtual memory, garbage collection parameters and multiple layers of GC based on real-time and other performance requirements), synchronisation, automatic and predictive allocation of process containers)
Tier-less languages (that generate code for both client and server in the same source code)
Software Architecture inspired by brain architecture and its design patterns (especially regarding neural information flow and control)
Quantum Computing and Quantum Information theory
Bio-inspired computing (especially based on neuroscience and brain science):
Bio-inspired distributed systems
Bio-inspired computational models
Bio-inspired Machine learning (see Machine Learning)
New hardware based on new building blocks (e.g. memristors) and related software
Neuromorphic hardware and efficient implementation of very large neural networks
Programming languages design for above items
Please contact me if you are interested
At gmail: id = sohale
Update:
I am currently the CTO of WeDesign.Live , a live collaborative design and modelling software, platform and file format (known as MP5) for 3D printing.
http://wedesign.live/#/home
Sohail Siadatnejad, PhD