At its core, Artificial Intelligence is the division of computer science that strives to answer Turing’s enigma in the positive. It is an effort to replicate or mimic human intelligence in computers. The broad aim of artificial intelligence has furnished the modern world with numerous inquiries and disputes. So much so, that no single interpretation of the subject is universally received.
- AI Algorithms
- Artificial Intelligence Tools and Application
- Automatic Control
- Bioinformatics
- CAD Design and Testing
- Computational Theories of Learning
- Computer Vision and Speech Understanding
- Data Mining and Machine Learning Tools
- Fuzzy Logic
- Heuristic and AI Planning Strategies and Tools
- Hybrid Intelligent Systems
- Information Retrieval
- Intelligent System Architecture
- Knowledge Representation
- Knowledge-based Systems
- Mechatronics
- Multimedia and Cognitive Informatics
- Natural Language Processing
- Neural Networks
- Parallel Processing
- Pattern Recognition
- Pervasive Computing and Ambient Intelligence
- Programming Languages
- Reasoning and Evolution
- Recent Trends and Developments
- Robotics
- Semantic Web Techniques and Technologies
- Soft computing theory and Applications
- Software & Hardware Architectures
- Web Intelligence Applications & Search
Machine learning is one of the many utilizations of AI (artificial intelligence) that renders systems the capability to automatically learn and grow from practice without being programmed explicitly. Machine learning concentrates on the advancement of computer programs that can locate data and utilize it to discover on its own.
- Applications
- Learning in knowledge-intensive systems
- Learning Problems
- Learning Methods and analysis
Deep learning is a subset branch of machine learning within the extensive domain of AI (artificial intelligence) that involves networks intelligent enough to learn unsupervised from data that is unlabeled or disorderly. Deep learning is also recognized as a deep neural network or deep neural learning these days.
Data mining is a method employed by organizations to transform raw data into valuable information. By utilizing software to scan for patterns in huge quantities of data, companies can discover more about their consumers to uncover more efficient marketing approaches that improve sales and minimize costs.
Image processing involves the manipulation of photographs utilizing digital computers. Its value has been increasing exponentially over the past few years. Its utilization ranges from entertainment to medicine while traversing through remote sensing and geological processing. Multimedia operations which are integral to the current information culture, rely massively on digital image processing.
- Signal Processing
- Video Processing
- Pattern Recognition and Object Tracking
- Audio and Electro-acoustics
Data science is the discipline of study that links field expertise, programming abilities, and understanding of math and statistics to derive significant insights out of data. Data science practitioners implement powerful machine learning algorithms to digits, writing, pictures, audio, video, and more to construct AI (artificial intelligence) systems to accomplish duties that customarily require human comprehension.
Big data is a term that represents incredibly large volumes of data including both unstructured and structured data, that floods a company on a daily basis. But it’s not the volume of data that’s significant. It’s what companies do using the vast data that matters. Big data can be examined for insights that point to more reliable judgments and decisive business decisions.
In the simplest terms, cloud computing involves collecting and obtaining data and applications over the Internet rather than the hard drive from a computer. As opposed to cloud computing, computing involves the saving of data on or utilizing of programs from a hard drive, which is referred to as local storage.
Mobile computing is a general term that applies to a range of devices that enable people to access information and data from wheresoever they are located. Sometimes cited as human-computer interaction, mobile computing also has to do with the relaying of voice, video, and data across a network via a portable device.
Networking applies to the entire process of designing and employing computer networks, with respect to protocols, software, and hardware, including both wireless and wired technology. It concerns the utilization of theories from various technological domains such as computer/electrical engineering computer science, and IT.
- Spectrum Efficient Management, Sensing and Cognitive Radio
- Cooperative Communications, Distributed MIMO and Relaying
- Wireless / Radio Access Technologies
- Mobile Network Applications and Services
- Ad-hoc, Mesh, Machine-to-Machine and Sensor Networks
- Green Communications and Networks
- Vehicular Communications, Networks and Transportation Systems
- Future Trends, Internet and Emerging Technologies
- Special Track on Recent Advances in the 5G Communications
- Special Track on Future Trends in Internet of Things Technologies
- Antennas, Propagation and RF Design Optical Communications
- Signal Processing in Communication
Cyber Security is the tradition of shielding networks, individual systems, and programs from digital assaults. These cyberattacks are habitually directed at entering, modifying, or terminating delicate data, with the objective of either extorting funds from users or disrupting regular business processes.
Remote organizations are PC networks that are not associated by links of any sort. The utilization of a remote organization empowers ventures to dodge the expensive cycle of bringing links into structures or as an association between various hardware areas. The premise of remote frameworks are radio waves, a usage that happens at the physical degree of network structure.
- Spectrum Efficient Management, Sensing and Cognitive Radio
- Cooperative Communications, Distributed MIMO and Relaying
- Wireless / Radio Access Technologies
- Mobile Network Applications and Services
- Ad-hoc, Mesh, Machine-to-Machine and Sensor Networks
- Green Communications and Networks
- Vehicular Communications, Networks and Transportation Systems
- Future Trends, Internet and Emerging Technologies
- Special Track on Recent Advances in the 5G Communications
- Special Track on Future Trends in Internet of Things Technologies
- Antennas, Propagation and RF Design Optical Communications
- Signal Processing in Communication
Information security alludes to the cycles and techniques which are planned and executed to ensure print, electronic, or some other type of classified, private and touchy data or information from unapproved access, use, abuse, divulgence, obliteration, alteration, or interruption.
- Cyber intelligence techniques
- Multimedia security
- Malware and unwanted software
- Vulnerability analysis and reverse engineering
- Usable security and privacy
- Intrusion detection and prevention
- Authentication and access control
- Anonymity and privacy
- Cryptographic protection
- Digital forensics
- Cyber physical systems security
- Adversarial learning
- Security measurement
- Security management and policies
- Hardware and physical security
Communications technology, otherwise called information technology refers to all hardware and projects that are utilized to measure and convey data. Experts in the correspondence innovation field spend significant time in the turn of events, establishment, and administration of these equipment and programming frameworks. People who enter this field build up a comprehension in the originations, creation, assessment, and circulation of correspondence innovation gadgets.
- Digital communication technologies
- Satellite communication technologies
- Wireless network communication technologies
- Mobile communication
- Mobile Ad-hoc networks
- Computer network communications
- Communication modeling theories and practices
- 5G communication and networks
Green communication systems - Network and information security techniques
- Multimedia communication frameworks
- Microwave communication networks and technologies
Innovation relies on revelation, and disclosure upon the headway of innovation; that is absolutely the situation with Computational Intelligence. It is right around a “predicament” circumstance. Great science produces hypotheses that are investigated through experimentation and the tests rely on the speculations for course. The control of CI is another one with old roots.
- Neural Networks
- Fuzzy Systems
- Swarm and Evolutionary Computation
- Machine Learning
- Computing Architectures and Systems
- Software and Database System
- Graphics and Animation
- Multimedia Engineering
- Network and Cyber Security
Supporting research and development in cutting edge processing is critical to the improvement of the figuring frameworks of tomorrow, which will go past the constraints of the present innovation as far as speed, dependability and effectiveness.
- Cloud Computing
- Grid and Cluster computing
- Parallel and Distributed computing
- Soft computing
- Human-Computer Interaction
- Programming Systems, Scientific Computing
- Machine learning, Database management systems
- Data Mining and Warehousing
- Big data analytics
- Artificial intelligence
- Neural Networks
- Fuzzy Systems
- Data Compression Techniques
- Software Engineering
- Computer Architecture and Embedded Systems
- Multimedia Applications
- Genetic and Randomized Algorithms
- Graph Theory
- Digital Image and audio processing
- Content dissemination system
- Recent advances in operating systems
- Information theory and coding
- Cyber Crime and digital forensic tools
- Bioinformatics and Scientific Computing
- Biometric security
Data communications alludes to the transmission of this computerized information between at least two PCs and a PC organization or information network is a broadcast communications network that permits PCs to trade information. The physical association between arranged figuring gadgets is set up utilizing either link media or remote media. The most popular PC network is the Internet.
- Internet of Things (IoT)
- Software Defined Networks and Systems
- Innovative Networking and Applications
- Cognitive, Cellular and Mobile Networks
- Multimedia and Real-Time Networking
- High-speed Communication and Network
- Personal Communication System
- Mobile Ad-hoc and Sensor Network
- Vehicular Ad hoc Network
- Network Control and Management
- Security, Privacy and Trust
- Fault-tolerant and Dependable System
- Peer-to-Peer (P2P) System
- Semantic Web Network virtualization
- Optical Communication and Networks
- Radio over fiber technique
- Millimeter wave and visible light communications
- Space and Satellite Communication
IoT (Internet of Things) is a methodology involving interrelated computing designs, mechanical and digital devices, articles, creatures or people that are equipped with individual identifiers and the capability to convey data over a network without wanting human-to-computer or human-to-human intercommunication.
Software engineering has to do with the analysis of the user requirements and planning, building, and examining end-user applications that will meet these demands through the application of software programming languages. It is the utilization of engineering policies for the development of software. It is practiced for more extensive and complicated software operations, which are applied as critical practices for companies and businesses.
Software testing is a means of assessing the functionality of a software application with the intention of finding out whether the finished software meets the stipulated specifications or not and to recognize the deficiencies in order to guarantee that the outcome is free of any defects to deliver a high-quality product.
The field of Bioinformatics has to do with the utilization of information technology in the investigation of living entities, customarily at the molecular level. Bioinformatics entails the usage of computers to manage, organize and apply biological data to answer enigmas in fields such as evolutionary biology.
VLSI or Very Large Scale Integration involves the means of designing and constructing an IC (integrated circuit) through the uniting of thousands of transistors into an individual chip. VLSI was started back in the 70s when complicated communication and semiconductor technologies were just beginning to be improved. A popular example of VLSI is the modern-day microprocessor.
An embedded system is a controller that has a dedicated role inside a more extensive automated or electrical operation, oftentimes accompanied by real-time computing limitations. It is embedded as part of a comprehensive design frequently comprising both mechanical and hardware parts. Embedded systems are responsible for the controlling of numerous devices in general usage today.
The planning and coordination of the movements of a company in order to accomplish established intentions can be loosely categorized under the term management. It consists of the interlinking roles of devising corporate strategy and coordination, preparation, establishing, and regulating an organization’s sources to realize the aims of that strategy, as a result of which efficient management backed by proven practises is key to the success of any organization.
- Marketing
- Human Resource
- Finance
- Operational Management
- Logistics