PUNECON 2024

This conference aims to provide a technical platform for researchers across the globe to present their innovative ideas and share technical knowledge. The theme of the conference is Sustainable Secure Digital Transformation. This conference encourages original papers in the diversified domains pertaining to the field of technological advancements. The participants will be benefited by experiencing recent accomplishments and innovations.

Earlier IEEE PuneCon Publications Proceedings and also Scopus Indexed

IEEE PUNECON

https://ieeexplore.ieee.org/xpl/conhome/1829344/all-proceedings

1. Sustainable Computing
2. Security, Privacy, Blockchain and Ǫuantum Technologies
3. Artificial Intelligence and Machine, Big Data Analytics
4. Robotics and Automation
5. 5G and Beyond Communications, Internet of things
6. Photonics and Laser Technologies
7. Sustainable Energy Solutions
8. Smart Manufacturing and Industry 4.0

Sustainable Computing

Focusing on making computing processes more environmentally friendly, this track covers:, Energy-efficient algorithms Green data centers, Low-power computing Cloud sustainability Recycling e-waste, Renewable energy integration Sustainable software development AI for sustainability, Carbon footprint reduction Sustainable supply chain for IT

Security, Privacy, Blockchain and Ǫuantum Technologies

Addressing the critical issues of security and privacy in the digital age, this track includes: Blockchain for security Ǫuantum cryptography AI in cybersecurity, Privacy-preserving technologies Secure IoT, Cyber-physical systems security Threat detection, Incident response Cybersecurity policy Ethical hacking,

Smart contracts Decentralized applications, Blockchain for supply chain Consensus mechanisms, Blockchain scalability Privacy in Blockchain, Blockchain in finance Interoperability of blockchains Blockchain for healthcare, Energy-efficient blockchains,

Quantum technologies to enhance sustainability and digital transformation efforts

Artificial Intelligence and Machine, Big Data Analytics

Learning Exploring the frontiers of AI and ML, this track includes: AI ethics Federated learning Explainable AI

AI in healthcare, Autonomous systems Reinforcement learning AI for climate change, Natural language processing Computer vision, AI governance, Big data infrastructure Real-time analytics Data mining Predictive analytics Data governance, Big data in healthcare Big data security Data visualization, Big data and AI, Ethical issues in big data, Augmented reality Virtual reality, User experience design Wearable technologies Brain-computer interfaces Interaction design, HCI for accessibility HCI and AI, HCI in education, Gesture recognition

Robotics and Automation

Focusing on the development and application of robotics and automation, this track includes:

Industrial robots, Robotic process automation Autonomous vehicles Service robots, Swarm robotics, Human-robot interaction AI in robotics, Robotics in healthcare Robotics for disaster response Robotics ethics

5G and Beyond Communications, Internet of things

Focusing on the next generation of communication technologies, this track covers:

5G architecture, Millimeter wave communications Massive MIMO, Network slicing 5G applications 6G research, Wireless power transfer Spectrum management Edge computing for 5G 5G and IoT integration, Edge computing Smart cities Industrial IoT, IoT security, IoT data analytics IoT in healthcare, Environmental monitoring IoT interoperability Sensor networks, IoT standards and protocols, Avionics systems Space communication Satellite systems, UAV technologies Aerospace cybersecurity Navigation systems Remote sensing, Flight control systems Aerospace materials Ground control systems

Photonics and Laser Technologies

This track delves into the advancements in photonics and laser technologies, emphasizing sustainable and secure applications.

High-Efficiency Laser Sources, Development of ultra-low power laser diodes High-power fiber lasers, Laser efficiency improvements Ǫuantum cascade lasers, High-brightness diode lasers Laser wavelength conversion, Sustainable laser fabrication processes Solid-state lasers, Mid-infrared lasers for sensing Tunable lasers for spectroscopy, Laser-Based Manufacturing for Sustainability, Laser additive manufacturing, Laser ablation for material processing Laser welding and cutting, Laser sintering and melting Laser-based 3D printing, Energy-efficient laser machining, Laser surface texturing for improved material properties, Laser annealing for electronic device fabrication Laser cleaning for industrial applications Sustainable laser materials and coatings Photonic Sensors for Environmental Monitoring, Fiber optic sensors for structural health monitoring, Photonic crystal sensors Integrated photonic biosensors, Lidar systems for atmospheric analysis Photonic sensors for water quality monitoring Spectroscopic sensors for pollution detection Photonic sensors in agriculture, Wireless photonic sensor networks, Optical coherence tomography in environmental applications, Photonic sensing in climate change studies

Sustainable Energy Solutions

Addressing energy sustainability, this track includes:

Renewable energy integration Smart grids, Energy storage Electric vehicles Energy harvesting Solar power Wind energy Hydrogen energy Energy policyM Energy efficiency in buildings Secure Sustainable Systems, Climate change mitigation Environmental monitoring Sustainable agriculture Pollution control, Waste management, Water resource management Renewable energy technologies Environmental policy, Eco-friendly materials Biodiversity conservation

Smart Manufacturing and Industry 4.0

This track explores the integration of digital technologies in manufacturing, featuring:

Telemedicine Health informatics, Wearable health technologies, Personalized medicine, Biomedical devices, Digital therapeutics, Digital twins, Additive manufacturing Industrial IoT, Cyber-physical systems Predictive maintenance Smart factories Automation and robotics, Advanced materials in manufacturing Data analytics in manufacturing Industry 4.0 standards, Nanomaterials for electronics Smart materials, 2D materials Biomaterials Advanced polymers, Ǫuantum dots, High-temperature superconductors, Metamaterials, Energy storage materials, Composite materials

Author Instructions:

Please comply with the following guidelines:

• All papers must be in English.
• The paper must discuss only new and previously unpublished results.
• The paper must be formatted according to the IEEE Manuscript Templates for Conference Proceedings, have a minimum of four pages, and must not exceed 6 pages, including figures and references.
• The paper must address at least one category specified in the Call for Papers.

Additional guidelines:

• The plagiarism check will be done on all submitted papers. Plagiarism and self-plagiarism applies to all previously published work, irrespective of whether the other publication is inside or outside of IEEE. We are very serious about Plagiarism Content; we accept only original articles. The article may be rejected at any time if found plagiarized. For more information refer IEEE page – Plagiarism FAQs.
• All papers that are accepted must be presented at the conference. In case a paper is not presented at the conference, it shall be deemed a “no-show.” No-shows will be removed from post-conference distribution.
• All accepted, registered, and presented papers will be submitted to IEEE for possible inclusion in IEEE Xplore® digital library.