Mikrokrmilna knjižnica Arduino za Wi-Fi Direct modul GainSpan 1500M in Wi-Fi Direct aplikacija Android : diplomsko delo

Majhen, Ivan (author), Bulić, Patricio (mentor), Papa, Gregor (co-mentor)

Cilj diplomske naloge je razvoj mikrokrmilne knjižnice za mikrokrmilno platformo Arduino UNO, ki bo opravljala komunikacijo preko serijskega vmesnika UART z brezžičnim modulom GainSpan 1500M. Modul podpira dokaj nov način brezžične komunikacije Wi-Fi Direct. Z vključitvijo knjižnice v uporabniški mikrokrmilni program je uporabniku omogočena nastavitev parametrov povezave Wi-Fi Direct. Knjižnica bo s pomočjo uporabniških parametrov krmilila vzpostavljanje povezave Wi-Fi Direct s pošiljanjem ukazov modulu. Na podlagi obvestil modula se bo odzivala z zaporedjem ukazov modulu, s ciljem vzpostavljanja povezave Wi-Fi Direct. Po vzpostavitvi povezave Wi-Fi Direct se bo vzpostavila komunikacija s protokolom TCP/IP, uporabniškemu mikrokrmilnemu programu pa bo s pomočjo funkcij knjižnice omogočeno branje in pošiljanje sporočil TCP/IP. Aplikacija za operacijski sistem Android bo omogočala avtomatično vzpostavljanje in shranjevanje lastnosti povezav ter branje in pošiljanje sporočil TCP/IP.

• Language: Slovenian
• Keywords: mikrokrmilne knjižnice, Wi-Fi Direct, mikrokrmilnik, Android, protokol TCP/IP, serijski vmesnik UART
• Work type: Bachelor thesis/paper
• Typology: 2.11 - Undergraduate Thesis
• Organization: FRI - Faculty of Computer and Information Science
• Publisher: [I. Majhen]
• Year: 2014
• Number of pages: 74 str.
• PID: 20.500.12556/RUL-68955
• UDC: 621.39
• COBISS.SI-ID: 28081959
• Publication date in RUL: 10.07.2015

Secondary language

• Language: English
• Title: A microcontroller library for Arduino Wi-Fi Direct GainSpan module 1500M and the Wi-Fi Direct Android application

Abstract

Objective of the thesis is to develop microcontroller library for Arduino UNO microcontroller platform that will carry communication via serial UART interface with a wireless module GainSpan 1500M. The module supports a fairly new way of wireless communication, Wi-Fi Direct. Inclusion of library in the user microcontroller program will allow the user to set the parameters of Wi-Fi Direct connection. The library will be using user parameters to control and establish Wi-Fi Direct connection by sending commands to the module. On the basis of the notifications, module will respond with the command sequence to the module with the aim of establishing a Wi-Fi Direct connection. After Wi-Fi Direct connection is established, communication with the TCP/IP protocol will be established and user microcontroller program can read and send TCP/IP messages with the library functions. Application for the Android operating system will enable automatic connection setup, saving and sending TCP/IP messages.

• Keywords: microcontroller libraries, Wi-Fi Direct, microcontroller, Android, protocol TCP/IP, serial interface UART