About IEEE Madhya Pradesh

Madhya Pradesh is situated at the heart of India.Madhya Pradesh was created in 1950 from the former British Central Provinces and Berar and the princely states of Makrai and Chhattisgarh, with Nagpur as the capital of the state.

The new states of Madhya Bharat, Vindhya Pradesh, and Bhopal were formed out of the Central India Agency. In 1956, the states of Madhya Bharat, Vindhya Pradesh, and Bhopal were merged into Madhya Pradesh, and the Marathi-speaking southern region Vidarbha, which included Nagpur, was ceded to Bombay state. Madhya Pradesh is endowed with rich and diverse forest resources. Lying between lat. 21°04’N and long. 74°02′ and 82°49′ E, it is a reservoir of biodiversity. The geographical area of the state is 308,144 km2 (118,975 sq mi) which constitutes 9.38% of the land area of the country Pachmarhi, Mandav, Sanchi, Rajwada of Indore, Mahakal temple of Ujjain, Omkareshwar etc are the best historical places of Indore. The great singer Kishore kumar was born in Khandwa of Madya Pradesh.

About Indore

Indore is a city in west-central India. It’s known for the 7-story Rajwada Palace and the Lal Baag Palace, which date back to Indore’s 19th-century Holkar dynasty. The Holkar rulers are honored by a cluster of tombs and cenotaphs at Chhatri Baag. The night market Sarafa Bazar sells street food. East is the Indo-Gothic Gandhi Hall and clock tower. The Jain temple Kanch Mandir has a mirrored mosaic interior.

Conference Tracks

Track 1:   ICT for Infrastructure and Computation

Big Data and Data Mining, Data Fusion

BIoT programming toolkits and frameworks

Green communication systems and network

IoT prototypes and evaluation test-beds

Spatial and temporal reasoning for IoT

Ubiquitous computing, Ambient Intelligence

Sensor Networks and Embedded System

Network and information security, Wireless and optical networks

Identity Management and Object Recognition

Security, Trust, and Privacy, Routing and Control Protocols

Scalability, Reliability, Usability, and Robustness

Broadband wireless access, Mobile backhaul for small cells

Multiple antenna techniques, Cognitive radio and networks

 

Track 2:   ICT for Engineering Applications

Collaboration Technologies and Systems

Embedded Systems, Natural Language Processing

Environmental Computing, Agricultural Engineering for ICT Applications

ICT Applications for Electrical and Intelligent Engineering

Digital Design and Manufacturing Technology

Numerical & Symbolic Computation

Mechanical Drawing & Computer Graphics

Gender Issues, Geo Information, GIS, Green Computing, Multimedia

Civil and Architectural Engineering

ICT Trends for Engineering Structure, Architectural Economics

Human Computer Interaction

Robotics, Information Technology for People with Special Needs

Nano Technology Software Tools, ICT Applications for fluid Dynamics

Track 3:  ICT for e-Governance and Government

ICT and Society, Technology for Governance

E-government applications for ICT

E-governance: Economics and Development

Best practices & Technologies in ICT

Virtualization & Cloud Computing for Government

Leadership for E-government & ICT

Mobile Governance in ICT, ICT Standards for effective Communication strategies

Change Management for ICT, Policy Frameworks in ICT

Reforms & Acts in ICT

Legal framework for e-Governance to implement ICT Applications

e-Agriculture and its applications for ICT

E-governance & Policy for ICT, Inter-governmental issues for ICT

Strategies for ICT in Govenment, Best Practices in E-government

 

Track 4:  ICT for Mathematical Sciences

Engineering trends in mathematical sciences

Mathematical logic, algebra & categories in computer science

Mathematics of information- Theoretic Cryptography

Mathematical approaches for traffic flow management

Numerical analysis and computational mathematics

Mathematical modeling and computational techniques

Computational methods for linear and nonlinear optimizations

Fourier analysis and image processing

Application of Laplace transformation to control system

Applications of Fuzzy metric spaces

 

 

Track 5:  ICT for Healthcare Sciences

E-Prescription

Electronic Patient Record

Drug designing

Drug Selection

Drug-dose safety

Pharmacists Role in Patient Safety

Use of Robots and Automation in Pharmacy

 

 

Track 6:  ICT for Computational Chemistry

 

Track 7:  ICT for Mechatronics

Automation and Robotics Engineering

Biomedical Instrumentation and Health care Services

Cyber Physical Systems and Smart Industrial IoT

Mobile and Vehicular Communication

VLSI and Nano Technology

 

Track 8:  ICT for Management

Banking Finance Services and Insurance Management

Retail Marketing Management

Supply Chain Management

Marketing Management

Operational Management

 

 

Track 9:  The Role of ICT in Agri-Business.