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Full Description
Foundations of Computer Science is a compendium of articles and papers that were presented at FCS '14, an international conference that serves researchers, scholars, professionals, students, and academicians.
Selected topics include:
Graph Based Methods and Applications + Related Issues
Algorithms + Finite State Machine + Computational Science + Languages and Systems
Quantum Computing
Posters
Late Breaking Papers and Position Papers: Foundations of Computer Science
Contents
Session: Graph Based Methods and Applications + Related Issues
1) Asynchronous P Systems for Uniform Graph Partitioning and Related Graph Problems
2) Math Words and their Dendrograms
3) Improved Computing Performance for Algorithm Finding the Shortest Path in Extended Graph
Session: Algorithms + Finite State Machine + Computational Science + Languages And Systems
1) A Tail Recursive Scheme for Exact Real Number Computation Based on LRT, GMP and FC++
2) Tackling Sequences From Prudent Self-Avoiding Walks
3) Model-based Automated Testing using a Record-Replay Mechanism
4) Counting Lattice Paths and Walks with Several Step Vectors
5) Fixed Share Scheduling via Dynamic Weight Adjustment in Proportional Share Scheduling Systems
SESSION: QUANTUM COMPUTING
1) Quantum-Intersection Equivalents of the Orthomodularity Law in Quantum Logic: Part 1
2) Quantum-Intersection Equivalents of the Orthomodularity Law in Quantum Logic: Part 2
3) Quantum-Intersection Equivalents of the Orthomodularity Law in Quantum Logic: Part 3
4) Quantum-Intersection Equivalents of the Orthomodularity Law in Quantum Logic: Part 4
5) Quantum-Intersection Equivalents of the Orthomodularity Law in Quantum Logic: Part 5
6) Quantum-Identity Equivalents of the Orthomodularity Law in Quantum Logic: Part 1
7) Quantum-Identity Equivalents of the Orthomodularity Law in Quantum Logic: Part 2
8) Quantum-Identity Equivalents of the Orthomodularity Law in Quantum Logic: Part 3
9) Quantum-Identity Equivalents of the Orthomodularity Law in Quantum Logic: Part 4
10) Quantum-Identity Equivalents of the Orhtmodularity Law in Quantum Logic: Part 5
11) Quantum-Union Equivalents of the Orthomodularity Law in Quantum Logic: Part 1
12) Quantum-Union Equivalents of the Orthomodularity Law in Quantum Logic: Part 2
13) Quantum-Union Equivalents of the Orthomodularity Law in Quantum Logic: Part 3
14) Quantum-Union Equivalents of the Orthomodularity Law in Quantum Logic: Part 4
15) Quantum-Union Equivalents of the Orthomodularity Law in Quantum Logic: Part 5
SESSION: POSTERS
1) A Study on the Public Opinion on the Issue of Cost Sharing in Higher Education in Taiwan
Session: Late Breaking Papers and Position Papers: Foundations Of Computer Science
1) Evolving Systems
2) Control Operators vs. Graph Logic Model
3) Concrete State Machine Language (CSML)
