The BACKUS 100 ICCS Conference commemorates the 100th anniversary of John Warner Backus, an esteemed American computer scientist renowned for implementing FORTRAN, the pioneering high-level programming language. Additionally, he is credited as the inventor of the Backus–Naur form, a widely adopted notation for specifying the syntax of formal languages. The BACKUS 100 ICCS Conference is a premier gathering of computer engineering professionals, researchers, and enthusiasts dedicated to advancing the field through innovation, collaboration, and knowledge exchange. This proposal outlines the vision, objectives, and key components of the BACKUS 100 ICCS Conference 2024, aimed at fostering excellence in computer engineering and shaping the future of technology.

The primary objective of the BACKUS 100 ICCS Conference is to provide a platform for computer engineering experts and enthusiasts


Click here for submission: https://cmt3.research.microsoft.com/ICCS2024.

TRACK 1: ENGINEERING MATHEMATICS AND PHYSICS
Pure and Applied Mathematics
Mathematical, theoretical and Computational Physics
Numerical Analysis
Optimization
Probability theory and Statistics
Operation Research
Number theory and Cryptography
Parallel Computing
Reliability Engineering
Applied and Statistical Mechanics
Fuzzy Mathematics
Discrete Mathematics
Astrophysics
Statistical physics and Dynamical systems
Bio-physics/Chemistry and Physical chemistry
Particle, Nuclear and Quantum Physics
Atomic, Molecular, Optical and Plasma Physics
Applied and Technical Physics
Nanotechnology and Material Simulation
Material Science
TRACK 2: SMART COMPUTING
Future Smart Computing Paradigms
Models of Smart Environments
Evaluation Studies and Datasets of Smart Environments.
Algorithms for Smart Computing.
Security, Privacy, and Trust issues in Smart Computing
Smart Computing for Cyber-physical Systems
Middleware Platforms for Smart Environments
Mobile and Ubiquitous Platforms for Smart Environments
Cloud, Edge and Fog Computing Platforms for Smart Systems
Data Architectures and Analytics for Smart Computing
Smart Computing for Smart and Connected Communities
Smart green computing
Social computing and smart systems
Wearable computing and IoT for Smart SystemsApplications of Smart Computing
Smart healthcare
Smart agriculture
Smart infrastructures
Smart cities
Smart energy, transportation, water distribution systems
Fairness and Socio-technical Aspects of Smart Computing.
Future Factories / Smart factories
TRACK 3: MULTIDIMENSIONAL SYSTEM ARCHITECTURES
Multi-/many-core architectures, memory systems
Generic and application-specific architectures
Distributed and parallel computing architectures
Middleware Platforms
Robust and fault-tolerant systems structures
Architectures for robotics, autonomous vehicles, and automation systems
Post-Moore Architectures, including quantum and neuromorphic computing
High-performance and large-scale parallel computing
Approximate computing
Real time systems
TRACK 4: SOFTWARE ENGINEERING AND AUTOMATION
Software development processes and models
Automated reasoning techniques
Component-based service-oriented systems
Configuration management
Domain modeling and meta-modeling
Empirical software engineering
Program synthesis & transformations, automated defect repair
Reverse engineering and re-engineering
Recommender systems for software engineering
Software visualization
TRACK 5: INTELLIGENT SYSTEMS
Multidimensional artificial intelligence
Machine vision and information exchange
Robotics Engineering
Applied ambient intelligence
Soft computing and applications
Cognitive computing and theory
Deep learning perspectives
Crowd sourcing and collective intelligence
Pattern recognition and Language processing
Optimization approaches
TRACK 6: DATA SCIENCE AND ENGINEERING
Data Integration, Interoperability and Metadata for Cross-media data analytics
Ubiquitous Data Management and Mobile Databases
Query processing, query optimization, and data structures
Semi-structured data and XML databases
Distributed, parallel and Peer to Peer databases
Web Data Management and Deep Web
Scientific and Biological Databases and Bioinformatics
Data Grids, Data Warehousing, OLAP
Temporal, Spatial, and Multimedia databases
Mathematical, probabilistic and statistical models and theories
Architecture, management and process for data science
Big data visualization, modeling and analytics
Web/online/social/network mining and learning
TRACK 7: NETWORKS AND DATA COMMUNICATION
Wireless access and routing protocols
Mobile social and ambient networks
Delay tolerant networks
Mobile and wireless broadband access networks
Advanced and multidimensional networks (including WSNs, MANETs, VANETs, P2P)
Optical Networking and Applications
Network Applications and Management Processes
Datacentre networks and Cloud Computing
Future Internet Technologies
Telematics and its future
Mobility Management in Next Generation Networks
Optical networking and applications
TRACK 8: INTERNET OF THINGS
Smart City Opportunities using Green Technology
User Centric Smart Cities Services
Industrial Internet of Things
Semantic Interoperability in the IoT, WoT and Open-Source Solutions
IoT Enabling Technologies and its Applications
IoT Multimedia, Societal Impacts and Sustainable Development
IoT Experimental Results and Deployment Scenarios
Social Implications for IoT
Blockchains and applications
Future of IoT and Big Data
Security and Privacy concerns in IoT
TRACK 9: CYBER SECURITY AND DATA PRIVACY
Cyber-physical systems
Applied Cryptography
Security Technology and Information Assurance
Trusted computing and management
Intrusion detection and prevention
Key distribution and management
Large scale attacks and defence
Security and privacy in wireless networks
Network security policy, theory and tools
Secure Mobile Agents and Mobile Code
Trusted computing and management
Network resiliency and network security
Database, applications and web security
TRACK 10: CONTROL AND EMBEDDED SYSTEMS
Power Electronics & Drives and Control Theory
Power Conditioning & Renewable Energy
Signal Processing & VLSI
Control Systems & Applications
Industrial Instrumentation & Communication
Semiconductor Devices and Modeling
Microelectronics and VLSI Circuits
Emerging and Advanced Fabrication Methodologies and devices
Area, Power and Thermal Evaluation
Nonconventional Devices: OTFTs, CNTFETs, Multigate FETs Tunnel FETs
Organic and Molecular Flexible Electronics
Embedded Systems and Chip Design
TRACK 11: TECHNOLOGY INNOVATIONS IN EDUCATION, BUSINESS AND COMPUTING
Adoption of Standards and Protocols for e- or u-Business Applications
B2B, B2C and C2C Architectures
Collaborative Business Systems
CRM and Business Solutions
Multi-sector e- or u- services
Asynchronous learning
Authoring technology
Hypermedia applications
E-portfolios
ICT integration for E-learning
Cooperative and collaborative learning
Intelligent training technology
Gamification in education and business
Integrated learning perspective
Engineering Health
Machine to Machine
Data Analytics
Mobile Applications
Digital Transformation
Social Computing
New Technologies to accelerate SDG progress
Business process automation
Latest trend in business process automation
Process automation and future work
Benefits and limitations of business process automation
Best practices for implementing business process automation
Business process automation and customer experience
Business process automation for specific industry