By NOCTAVIS
Client
AXONIM + SANAT Technologies
e-Bracelet system is designed for continuous remote monitoring of persons on remand.System includes: server / mobile device / tracking device.one-piece tracking device;imple & smart design;eliable & flexible hardware, software;imple activation;aintenance expenses reduction.e-Bracelet features:captures, transmits data: body temperature, heart rate, location to special mobile device;e-Bracelet restricts, but does not deprive person’s freedom;suspected or accused might get house arrest within investigation process;persons on remand are in normal conditions of life without complete isolation from society;e-bracelet contains:Bluetooth transceiver;ingerprint scanner, body temperature, pulse, location detectors;lectromechanical and electromagnetic integrity sensors of the bracelet.
e-Bracelet system is designed for continuous remote monitoring of persons on remand.System includes: server / mobile device / tracking device.one-piece tracking device;imple & smart design;eliable & flexible hardware, software;imple activation;aintenance expenses reduction.e-Bracelet features:captures, transmits data: body temperature, heart rate, location to special mobile device;e-Bracelet restricts, but does not deprive person’s freedom;suspected or accused might get house arrest within investigation process;persons on remand are in normal conditions of life without complete isolation from society;e-bracelet contains:Bluetooth transceiver;ingerprint scanner, body temperature, pulse, location detectors;lectromechanical and electromagnetic integrity sensors of the bracelet.
BSP RTOS eCos 3.0 was developed for AT91SAM9x25 and Xilinx Microblaze platforms. There are drivers for networks, NAND FLASH memory drivers were implemented to integrate with FIS RedBoot. PROFINET stack of SIEMENS was ported.
Hardware platform Developed based on the processor TI SitaraAM3872. Adapted BSP OS Windows Embedded Compact (WEC) 7.0 CPU TI SitaraAM3872.Hardware and software implementation meets the specialized requirements MicroPLC, which allows to use the system for industrial automation solutions.
Implemented digital image processing algorithm finds any possible defects of veneer sheets (holes, dark stains, uneven edges etc.). On the basis of defect types and frequency veneer sheets are sorted on the line.