A5084839230- Visual perception and processing mechanisms
- Color perception and design
- Water Quality Monitoring Technologies
- IoT-based Smart Home Systems
- Robotics and Sensor-Based Localization
- Traffic Prediction and Management Techniques
- Indoor and Outdoor Localization Technologies
- Color Science and Applications
- Ocular and Laser Science Research
- Fire Detection and Safety Systems
- Traffic control and management
- Target Tracking and Data Fusion in Sensor Networks
- Simulation Techniques and Applications
- Olfactory and Sensory Function Studies
Telkom University
2018-2023
Toyohashi University of Technology
2022-2023
Gas leaks are one of the big problems in industrial sector, even starting to spread other sectors. One solutions reduce losses due gas leakage is detect it early when there a leak. There already many technologies that help prevent harm humans more, them mobile sensor. The development sensors way overcome both from material and non-material. Using sensor type MQ-2 as detector, expected later can be before has wider impact. connected installed four different directions. was chosen because low...
Adaptive Monte Carlo Localization is a method used for mobile sensor localization in environment with representations of particle filters and Kullback-Leibler Distance (KLD) sampling to accelerate time execution Localization. Mobile has the ability explore previously unknown environments using mapping method. The must localize pose (position orientation) inside operating before navigating. final step navigate automatically specific point by Cartesian Coordinate 2-dimensions (x,y). In this...
This paper describes the coupling scheme between Matlab and commercial tool for traffic simulation, PTV Vissim, which can be integrated performed in realtime simulation. A step-by-step procedure of by using amenities that provided tool, Vissim Component Object Model (COM) interface, is also presented. research succeed to read store outcomes in. txt file. These are number vehicles enter exit an intersection, queue length intersection each road.
Visual-field (VF) anisotropy has been investigated in terms of spatial resolution attention, frequency, and semantic processing. Brightness perception also reported to vary between VFs. However, the influence VF on brightness using pupillometry not investigated. The present study measured participants' pupil size during glare illusion, which converging luminance gradients evoke enhancement a glowing impression central white area stimulus, halo stimuli, same physical illusion is used with...
Subjective brightness perception reportedly differs among the peripheral visual fields owing to lower- and higher-order cognition. However, there is still a lack of information associated with subjective in world-centered coordinates, not fields. In this study, we aimed investigate anisotropy coordinates based on pupillary responses stimuli five locations by manipulating through active (requiring head movement) passive scenes (without virtual reality environment. Specifically, study...
This study investigates the influence of ambiguous sun and moon images on stimuli perception based pupillometry. A random stimulus was presented in a few seconds, another as feedback, observers reported perceived or sun. To overcome lack previous studies that have not been able to segregate physical (Glare effect) cognition factors image stimulus, data were grouped into two categories, i.e., actual (the ground truth, "GT") observers' ("PR") responses. As result, pupil constricted...