Instructions for Submission of Papers:
Papers should be typeset by using the general typesetting instructions available at: TBA
Also the author shall submit an undertaking that the paper submitted is the original work of the author(s) and the paper is not submitted or published in any other conferences/journals.
Authors of accepted papers will receive more specific typesetting instructions later. Submissions must be in either MS doc or pdf formats. The size of the paper must be between 4-6 pages. The number of pages include all figures, tables, and references. The first page of the paper should include the followings:
- Title of the paper
- Name, affiliation, postal address, and email address of each author (identify the name of the Contact Author)
- Abstract (between 100 and 120 words)
- A maximum of 5 topical keywords that would best represent the work described in the
- Write the type of the submission as “Full/Regular Research Paper”
- The actual text of the paper can start from the first page (space permitting).
Important Dates:
- Final Paper submission deadline: 1 February, 2025
- Author notification after 1st round of review: 7 February, 2025
- Date of re-submission of revised manuscript: 20 February, 2025
- Last date of the Notification of final acceptance: 15 March, 2025
- Last date for payment of Registration Fee: 20 March, 2025
- Camera-ready paper deadline: 30 March 2025
- Conference Date: 5-6 April, 2025
Topics of interest:
Papers are solicited across the general field of electronic devices. Topics of interest include, but are not limited to:
- CMOS Processes, Devices and Integration: CMOS scaling; Silicon Nanowires; Simulation of Dual gate, Vertical Channel and Cylindrical Gate MOSFET/OTFTs;Advanced Memory Devices; Novel MOS device architectures;
- VLSI Technology and Circuits: Processors, SoCs, Hardware security, Machine Learning, Digital circuits, signal integrity, and IOs, Memory circuits, architectures, and interfaces, Biomedical electronic circuits, Analog, amplifier and filter circuits, Wireless and wireline transmitters and receivers, sensors, imagers, display circuits, converters, Frequency and clock generation circuits, Power conversion circuits
- Innovative Systems: Machine and deep learning, Internet of Things, Industrial electronics, Big Data management, Biomedical Applications, Robotics and autonomous transportation
- Emerging Non-CMOS Devices & Technologies: Emerging Electronic Device Materials (graphene, MoS2, etc.); Magnetic Devices;Novel MOS device architectures; III-V, and 2D Electronic Devices; New high-mobility channels (strained Si, Ge, SiGe);Nano-electro-mechanical Devices and Systems;High frequency digital and analog devices including THz; Novel non-CMOS materials, processes and devices, (nanotubes, nanowires and nanoparticles, including carbon, graphene, metal oxides, …) for electronic, optoelectronic, sensor & actuator applications;
- Device Modelling & Simulation: Modeling and simulation of nanomaterials, structures, and devices; Modelling of Solid State Devices;Modelling and Simulation of FinFETs, MOSFETs, CMOS, Tunnel-FETs; Oxide Thin Film Transistors; Organic Thin Film Transistors (OTFTs); Modelling and Simulation Organic Novel Device Structures; Physics and Modeling of Submicron and Nanoscale Microelectronic and Optoelectronic Devices Including Processing, Measurement, and Performance evaluation; Analytical Models for Organic Devices;Modelling and Simulation of Organic Light Emitting Diodes (OLEDs); Modelling and Simulation of Organic Solar Cells;Mathematical Models of Novel Electronic Device Structures
- Device Characterization, Reliability & Yield: Front-end and back-end manufacturing processes; 3D integration and wafer-level packaging; Reliability of materials, processes and devices; Advanced interconnects; ESD, latch-up, soft errors, noise and mismatch behavior, hot carrier effects, bias temperature instabilities, and EMI; Defect monitoring and control; Metrology; Optimization of Device Performance Parameters;Terahertz Devices;Wide-bandgap Devices;Semiconductor Process Technologies;Nanostructures and devices for biomedical applications;Photovoltaics and Sensors System Design; 3D Systems and Packaging Technologies; Nanostructures for future generation solar cells;
- Devices with New material systems:
Graphene and carbon nanotubes based materials and devices;Biological Devices; Organic/Polymer Electronics; Novel Optoelectronic Devices - Devices for Low power applications:
Energy Scavenging Devices; Materials and devices for energy and environmental applications; - Low dimensional devices:
Low dimensional Semiconductors: Growth & Applications;Quantum Devices;Quantum effect in Nanoscale Electronic and Optoelectronic Devices;Spin-based Devices;Computational Modeling at the Nanoscale;Fundamental and applications of nanotubes, nanowires, quantum dots and other low dimensional materials; - Design and Simulation of Circuits with nanoscale devices:
Modelling and Simulation of Novel Circuits;Modelling of Circuit Networks, Analogue and Digital Circuits; Mixed Mode Circuit Simulations; Applications of Numerical Methods to the Modeling and Simulation of Devices and Processes; Modelling and Simulations Device Circuit Co-design - MEMS, Sensors & Display Technologies:Smart Monitoring and metering such as Design, fabrication, modeling, reliability, packaging and smart systems integration of actuators (discrete SoC, SiP, or heterogenous 3D integration); MEMS, NEMS, optical, chemical or biological sensors; Display technologies; High-speed imagers; TFTs; Organic and flexible substrate electronics.
- Advanced & Emerging Memories: Novel memory cell concepts and architectures; Embedded and stand-alone memories; DRAM, FeRAM, MRAM, PCRAM, CBRAM, Flash, SONOS, nanocrystal memories; single and few electron memories; 3D systems integration; Organic memories; NEMS-based devices.
- High frequency wireless communication: Devices/circuits/systems used in Microwave & Antenna Technologies, Communication Systems & Signal Processing, Cognitive Radio & Cooperative Systems, New Communication Paradigms with their Hardware Architectures & Implementation such as Microwave Integrated Circuit, radio frequency, microwave, millimetre-wave, and terahertz devices, systems, and technologies, high-frequency related topics, from materials and technologies to integrated circuits and systems, their aspects: theory, simulation, design, measurement, and real-world applications, filters and passive components, modelling and design of RF MEMS, high-frequency and high data-rate microwave photonics, highly stable and ultra low-noise signal sources, linearization techniques, emerging materials and technologies for microwave components such as metamaterials, nanotechnologies, tunable and reconfigurable RF components and systems, and system-in-package solutions, mobile terrestrial and satellite-based communications, advanced radar sensing and imaging, navigation and localization, process automation, automotive and intelligent traffic systems, energy harvesting and wireless power transfer, high-power applications, biomedical sensing, and electromagnetic compatibility issues.