|
|
Material position tracking in production hall
Sládeček, Michal ; Otáhal, Alexandr (referee) ; Hejátková, Edita (advisor)
This diploma thesis describes implementation of an indoor positioning system for tracking the location and movement of material and products through the manufacturing plant. The system is designed with regards to simple installation and low overall implementation costs. It utilizes method of Wi-Fi and magnetic field fingerprinting. The system employs a client hardware (active tag with Wi-Fi module and sensors designed for this project) communicating with a server software which does the mapping and fingerprinting processing. Finall positioning system is prepared to collect locations data for further analysis aiming to improve efficiency of manufacturing processes.
|
|
|
An external user interface with USB
Sládeček, Michal ; Ambrož, Jaromír (referee) ; Hejátková, Edita (advisor)
This work elaborates on development of simple user interface module which can communicate with host system via USB. Existing alternatives for this kind of device are described first, followed by basic theory of USB communication. Goal of the thesis is the selection of hardware parts , electrical and mechanical design of the device and implementation of the software library. The result of this work is functional device prototype complemented by fully-featured software library.
|
|
|
Material Position Tracking For Manufacturing
Plant
Sládeček, Michal
This article describes implementation of an indoor positioning system for tracking the location and movement of material and products through the manufacturing plant. The system is designed with regards to simple installation and low overall implementation costs. It utilizes method of Wi-Fi and magnetic field fingerprinting. The system employs a client hardware (active tag with Wi-Fi module and sensors designed for this project) communicating with a server software which does the mapping and fingerprinting processing. Final positioning data are then collected for further data analysis aiming to improve efficiency of manufacturing processes.
|
|
|
An External User Interface With USB
Sládeček, Michal
This article deals with problems of developing user interface which can communicate with host system via USB. The article includes comparation of existing alternatives and description of USB class used for communication between external system. The main part of work is choosing hardware parts for device and definition of software structure. The aim is to design a schema and build a hardware prototype.
|
|
|
Material position tracking in production hall
Sládeček, Michal ; Otáhal, Alexandr (referee) ; Hejátková, Edita (advisor)
This diploma thesis describes implementation of an indoor positioning system for tracking the location and movement of material and products through the manufacturing plant. The system is designed with regards to simple installation and low overall implementation costs. It utilizes method of Wi-Fi and magnetic field fingerprinting. The system employs a client hardware (active tag with Wi-Fi module and sensors designed for this project) communicating with a server software which does the mapping and fingerprinting processing. Finall positioning system is prepared to collect locations data for further analysis aiming to improve efficiency of manufacturing processes.
|
|
|
An external user interface with USB
Sládeček, Michal ; Ambrož, Jaromír (referee) ; Hejátková, Edita (advisor)
This work elaborates on development of simple user interface module which can communicate with host system via USB. Existing alternatives for this kind of device are described first, followed by basic theory of USB communication. Goal of the thesis is the selection of hardware parts , electrical and mechanical design of the device and implementation of the software library. The result of this work is functional device prototype complemented by fully-featured software library.
|
guest ::
RSS feed.