Welcome to the inaugural issue of Sensing Technology (ST), a new open-access journal devoted to studying the intriguing field of ST. In this digital era, when data has become the currency of advancement, ST is critical in gathering and understanding information from our surroundings, allowing us to make educated decisions and drive innovation in a variety of industries. ST will maintain the same high publishing, scientific, and editorial standards that writers and readers expect from a well-established publisher as part of the Taylor & Francis publishing group. ST, like the majority of Taylor & Francis Journals, employs the well-established Scholar One submission process. ST is a revolutionary new periodical devoted to sensing systems and their applications. It allows academics, engineers, and scientists to publish and debate new ideas, groundbreaking research breakthroughs, and technological developments in ST. The multidisciplinary approach of the magazine covers a wide range of subjects related to sensors, sensing technologies, data processing techniques, and applications in many areas. ST includes a wide range of fields such as electronics, computer science, materials science, physics, and biology. It entails the design and implementation of devices, sensors, and systems capable of detecting, measuring, and analysing physical and chemical processes. ST has revolutionised the way we connect with the world around us, from small-scale sensors embedded in ordinary things to large-scale networked systems.
This publication intends to provide a forum for ST researchers, scientists, engineers, and innovators to communicate their most recent results, breakthroughs, and ideas. We welcome submissions that investigate advances in sensor design, manufacturing processes, signal processing, data analytics, and applications in a variety of disciplines.
The scope of this journal involves an extensive range of topics, such as (I) Sensor development and innovation: New sensor designs, materials, and fabrication methods that enhance sensitivity, selectivity, and robustness. (II) Sensing principles and techniques: Examinations into the fundamental principles underlying numerous sensing technologies, such as optical, chemical, biological, mechanical, and electromagnetic sensing. (III) Signal processing and data analytics: Developments in algorithms, machine learning, and data fusion methods to extract meaningful information from sensor data, enabling real-time analysis and decision-making. (IV) Internet of Things and sensor networks: Researches into the integration of sensing technologies with Internet of Things frameworks, allowing seamless connectivity and communication among sensors, devices, and systems. (V) Applications of ST: Case studies and practical implementations of ST in areas like healthcare, environmental monitoring, agriculture, robotics, and industrial processes.
We urge academics to use multidisciplinary methods, forging cooperation across disciplines to push the limits of ST even further. We can solve obstacles, explore new opportunities, and set the road for a future in which ST empowers us to create a more sustainable, efficient, and connected society by sharing information, experiences, and research outputs.
We eagerly await your contributions and the exciting road ahead as we explore deeper into the domain of ST. Let us explore, invent, and unleash the possibilities of this amazing field together.
J. G. Manjunatha
Editor-in-Chief – Sensing Technology
FMKMCC, Mangalore University, Madikeri, India
[email protected]