CALL FOR PAPERS
Welcome to the 2026
International Conference on Instrumentation, Networks, Future Sustainability,
Information Theory, Transportation, and Systems (INFINITYS 2026), which will be
held on 08–10 July 2026 in Solo, Indonesia.
The conference is
organized by the IEEE Indonesia Instrumentation and Measurement &
Information Theory Joint Societies Chapter and the IEEE Indonesia Vehicular
Technology & Intelligent Transportation Systems Joint Societies Chapter.
INFINITYS 2026 serves
as a premier international forum for the presentation of recent advances,
innovative research outcomes, and practical developments across diverse
disciplines and their associated applications. The conference encompasses all
aspects of Instrumentation, Networks, Future Sustainability, Information
Theory, Transportation, and Systems, offering a multidisciplinary platform that
integrates theory, technology, and real-world implementation.
The contributions to
INFINITYS 2026 emphasize the advancement and development of emerging
technologies aimed at enhancing the quality of human life and supporting
sustainable development at a global level. In addition to regular technical
sessions, the conference program will feature keynote speeches, invited
sessions, and panel discussions delivered by leading experts from academia,
industry, and research institutions.
The primary aim of
INFINITYS 2026 is to stimulate interaction, collaboration, and convergence
among researchers, engineers, practitioners, and professionals working in the
areas of Instrumentation, Networks, Future Sustainability, Information Theory,
Transportation, and Systems.
Researchers and
professionals are invited to submit original research papers, case studies, and
technical reports in accordance with IEEE scopes and standards. All accepted
and presented papers will be submitted to IEEE Xplore® and will be eligible for
indexing in major international databases, subject to meeting IEEE quality
requirements. The topics of interest include, but are not limited to:
Conference Tracks:
Instrumentation, Measurement, and Embedded Systems
This track covers research on sensors,
actuators, and transducers, measurement systems and instrumentation techniques,
smart sensors and sensor networks, data acquisition systems, embedded systems
and microcontroller-based designs, biomedical instrumentation and healthcare
devices, industrial instrumentation and automation, signal conditioning and
measurement signal processing, MEMS and nano-instrumentation, as well as
calibration, testing, and validation methods.
Networks,
Communications, and Internet Technologies
This track focuses on
computer networks and network architectures, wireless, mobile, and cellular
communications including 5G and 6G technologies, Internet of Things (IoT) and
Industrial IoT (IIoT), network protocols and routing algorithms, network security,
privacy, and trust management, Software-Defined Networking (SDN) and Network
Function Virtualization (NFV), edge, fog, and cloud networking, vehicular ad
hoc networks (VANETs), Quality of Service (QoS) and network performance, as
well as optical and satellite communication systems.
Future
Sustainability, Energy, and Smart Environment
This track addresses
renewable energy systems and technologies, smart grids and energy management
systems, energy harvesting and storage technologies, green and sustainable
communication systems, smart city technologies and applications, environmental
monitoring and sensing systems, sustainable computing and energy-efficient
systems, climate-aware engineering and technologies, intelligent water and
waste management systems, and technology-driven sustainability solutions.
Information
Theory, Signal Processing, and Data Intelligence
This track includes
information theory and coding techniques, digital and statistical signal
processing, image, video, and multimedia processing, machine learning and deep
learning, artificial intelligence applications, big data analytics and data
mining, pattern recognition and computer vision, natural language processing,
data compression and transmission, as well as statistical inference and
learning methods.
Transportation
Systems and Intelligent Mobility
This track covers
Intelligent Transportation Systems (ITS), smart traffic management and control,
autonomous and connected vehicles, Vehicle-to-Everything (V2X) communications,
transportation safety and monitoring systems, sustainable and electric transportation
technologies, public transportation systems and optimization, logistics, supply
chain, and transportation planning, railway, maritime, and air transportation
systems, as well as mobility modeling and simulation.
Systems
Engineering, Control, and Automation
This track focuses on
systems engineering and system integration, control systems and advanced
control techniques, robotics and autonomous systems, cyber-physical systems,
industrial automation and manufacturing systems, mechatronics and intelligent
systems, modeling, simulation, and optimization, real-time and embedded control
systems, human–machine interaction, and fault detection, diagnosis, and system
reliability.
Computing,
Software, and Intelligent Systems
This track addresses
computer architecture and high-performance computing, cloud computing and
distributed systems, software engineering and system development, intelligent
software systems, human–computer interaction, cybersecurity and information
assurance, blockchain and distributed ledger technologies, digital
transformation and Industry 4.0, computational intelligence, and emerging
computing technologies.
Conference Tracks:
Instrumentation, Measurement, and Embedded Systems
This track covers research on sensors, actuators, and transducers, measurement systems and instrumentation techniques, smart sensors and sensor networks, data acquisition systems, embedded systems and microcontroller-based designs, biomedical instrumentation and healthcare devices, industrial instrumentation and automation, signal conditioning and measurement signal processing, MEMS and nano-instrumentation, as well as calibration, testing, and validation methods.
This track focuses on computer networks and network architectures, wireless, mobile, and cellular communications including 5G and 6G technologies, Internet of Things (IoT) and Industrial IoT (IIoT), network protocols and routing algorithms, network security, privacy, and trust management, Software-Defined Networking (SDN) and Network Function Virtualization (NFV), edge, fog, and cloud networking, vehicular ad hoc networks (VANETs), Quality of Service (QoS) and network performance, as well as optical and satellite communication systems.
This track addresses renewable energy systems and technologies, smart grids and energy management systems, energy harvesting and storage technologies, green and sustainable communication systems, smart city technologies and applications, environmental monitoring and sensing systems, sustainable computing and energy-efficient systems, climate-aware engineering and technologies, intelligent water and waste management systems, and technology-driven sustainability solutions.
This track includes information theory and coding techniques, digital and statistical signal processing, image, video, and multimedia processing, machine learning and deep learning, artificial intelligence applications, big data analytics and data mining, pattern recognition and computer vision, natural language processing, data compression and transmission, as well as statistical inference and learning methods.
This track covers Intelligent Transportation Systems (ITS), smart traffic management and control, autonomous and connected vehicles, Vehicle-to-Everything (V2X) communications, transportation safety and monitoring systems, sustainable and electric transportation technologies, public transportation systems and optimization, logistics, supply chain, and transportation planning, railway, maritime, and air transportation systems, as well as mobility modeling and simulation.
This track focuses on systems engineering and system integration, control systems and advanced control techniques, robotics and autonomous systems, cyber-physical systems, industrial automation and manufacturing systems, mechatronics and intelligent systems, modeling, simulation, and optimization, real-time and embedded control systems, human–machine interaction, and fault detection, diagnosis, and system reliability.
This track addresses computer architecture and high-performance computing, cloud computing and distributed systems, software engineering and system development, intelligent software systems, human–computer interaction, cybersecurity and information assurance, blockchain and distributed ledger technologies, digital transformation and Industry 4.0, computational intelligence, and emerging computing technologies.