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Remote Monitoring of Selected Vehicle Subsystems
Drahovský, Peter ; Peringer, Petr (referee) ; Janoušek, Vladimír (advisor)
This thesis describes the concept and realization of embedded system and cloud application, which is designed for remote monitoring of car subsystems over CAN bus. There are written several ways of getting information from car subsystems and process of decoding messages sent over internal car bus. Data gathering is realised by device based on ESP32, which is sending them to cloud application using wireless networks. Application UI is adapted for mobile devices and serves views containg current and historical gathered data.
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Reconfigurable ESP8266/ESP32-Based Node for IoT
Drahovský, Peter ; Kočí, Radek (referee) ; Janoušek, Vladimír (advisor)
The purpose of this thesis is to create reconfigurable system for microcontrolers ESP8266 and ESP32 with usage of interpreted language. System enables to load and run aplications, which are allowed to comunicate with other aplications that are running on any of the nodes on the same network. A protocol used to communicate within aplications and the system is compatible with one used in PNOS (operating sysem based on Petri nets). System can cooperate with PNOS on the same network, or it can be run on its own.
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Remote Monitoring of Selected Vehicle Subsystems
Drahovský, Peter ; Peringer, Petr (referee) ; Janoušek, Vladimír (advisor)
This thesis describes the concept and realization of embedded system and cloud application, which is designed for remote monitoring of car subsystems over CAN bus. There are written several ways of getting information from car subsystems and process of decoding messages sent over internal car bus. Data gathering is realised by device based on ESP32, which is sending them to cloud application using wireless networks. Application UI is adapted for mobile devices and serves views containg current and historical gathered data.
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Reconfigurable ESP8266/ESP32-Based Node for IoT
Drahovský, Peter ; Kočí, Radek (referee) ; Janoušek, Vladimír (advisor)
The purpose of this thesis is to create reconfigurable system for microcontrolers ESP8266 and ESP32 with usage of interpreted language. System enables to load and run aplications, which are allowed to comunicate with other aplications that are running on any of the nodes on the same network. A protocol used to communicate within aplications and the system is compatible with one used in PNOS (operating sysem based on Petri nets). System can cooperate with PNOS on the same network, or it can be run on its own.
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