acm conference 19-20 August 2021, Chennai

FROM HIGH SCHOOL ALGEBRA TO THE FUNDAMENTAL PROBLEM OF SOFTWARE – A FASCINATING STORY OF MATHEMATICS  AND ITS APPLICATIONS

Like Pyramids, we have been building gigantic software without much scientific acumen. With catastrophic cybersecurity breaches, the time has come to discover mathematics that can enable us to understand and manage the complexity of software. We will discuss the fundamental problem of software, and the mathematical abstractions necessary for addressing the problem. We shall see that the algebraic factorization we learn in school, turns into magnificent mathematics for addressing the fundamental problem of software. 

Suresh C. Kothari is a Professor of Electrical and Computer Engineering at Iowa State University. He founded EnSoft in 2002. EnSoft’s products for developing software for safety-critical control systems are licensed worldwide by avionics, automobile, electronics, and other companies. He has served as a Distinguished ACM Lecturer. His team, with multimillion-dollar funding from the US defense agency DARPA, has done pioneering research on software security. He was honored with the Iowa State Board of Regents Professor Award for excellence in Research, Teaching, and Service.

• Algorithm Engineering
• Algorithmic Game   Theory
• Algorithms for Language Processing
• Analysis of Algorithms
• Distributed and   Parallel Algorithms 
• Evolutionary   Algorithms
• Genetic   Algorithms
• Heuristic   Algorithms
• Iterative Methods and Algorithms
• Machine Learning and Deep Learning
• Online Algorithm
• Quantum Algorithms
• Randomized Algorithms
• Sorting and Searching

• Ambient Computing
• Cloud Computing
• Collaborative and Social Computing
• Computer Vision
• Control Systems
• Data Intensive Computing
• Decentralized Computing
• Dynamical Systems
• Edge Computing
• Emergent Computing
• Fog Computing
• Future Internet
• High Performance Computing
• Image Processing Systems
• Macro and Micro Computing
• Mobile Computing
• Network Computing
• Parallel Computing
• Quantum Computing
• Signal Processing Systems
• Soft Computing
• Software Engineering
• Trusted Computing
• Wireless Computing

• Automata Theory   and Formal Languages
• Combinatorial Optimization
• Combinatorial search
• Computational   Complexity Theory
• Cryptography
• Discrete Mathematics
• Graph Theory
• Mathematical Analysis
• Mathematical Modelling and   Simulation
• Numerical Analysis
• Operations Research
• Probability and Statistics
• Pseudo Random Number Generator

Submit Invention Disclosure form and signed Non-Disclosure agreement to acrs@advancedcomputingresearchsociety.org

Attend Google Meet session to understand and evaluate your idea/invention.

If the idea is patentable, register

Verify Patent Draft

Sign necessary documents

Authors must make sure that the topic of the paper to be submitted is relevant to the conference. Please check the topics of interest of the conference

Research / review papers  that are to be submitted should be the original work of the author(s), devoid of any plagiarism

Authors should ensure that the papers submitted are complete in all aspects including the abstract, keywords, introduction, literature review, methodology, results and discussion, conclusion and future work and appropriate references.

Authors are expected to highlight the novelty and the contribution made to the field of computer science,

Authors must ensure correctness of the work and  include evidence for any statements or conclusions that they make.  

Authors should include relevant references and cite them properly.