GPS Article
mikroElektronika published an article about GPS in May 2009 issue of Elektor magazine. The article provides a useful information about practical usage of GPS and microcontrollers. It is written and translated in several languages such as English, German, Spanish, French, Dutch, Italian and Serbo-Croatian.
GPS Article with source code for AVR microcontrollers
English
The Global Positioning System (GPS) is one of the leading technologies today used for navigation purposes. Connection between a GPS receiver and the microcontroller as well as determination of latitude and longitude will be described here.
- GPS Article in mikroC PRO for AVR [995.28KB]
- GPS Article in mikroBasic PRO for AVR [998.10KB]
- GPS Article in mikroPascal PRO for AVR [996.38KB]
- GPS Article Source Codes - AVR [38.11KB]
Deutsch
GPS (Global Positioning System) ist die momentan führende Technologie in Sachen Navigation. In diesem Beitrag wird die Koppelung eines GPS-Empfängers mit einem Mikrocontroller und die Bestimmung von Länge und Breite der Position beschrieben.
- GPS Artikel in mikroC PRO für AVR [956.33KB]
- GPS Artikel in mikroBasic PRO für AVR [957.88KB]
- GPS Artikel in mikroPascal PRO für AVR [957.65KB]
- GPS Article Source Codes - AVR [38.11KB]
Español
El Sistema de Posicionamiento Global (Global Positioning System, o GPS) es actualmente una de las principales tecnologías utilizadas para fi nes de navegación. Aquí describiremos la conexión entre un receptor GPS y el microcontrolador, así como la determinación de latitud y longitud.
- GPS artículo en mikroC PRO para AVR [966.04KB]
- GPS artículo en mikroBasic PRO para AVR [967.44KB]
- GPS artículo en mikroPascal PRO para AVR [966.98KB]
- GPS Article Source Codes - AVR [38.11KB]
Français
Le Global Positioning System (GPS), le système de géo-positionnement par satellite, est une des techniques de navigation le plus importantes actuellement. La connexion entre un récepteur GPS et un microcontrôleur et la détermination de la latitude et longitude sera décrite ici.
- GPS article dans mikroC PRO pour AVR [966.42KB]
- GPS article dans mikroBasic PRO pour AVR [967.41KB]
- GPS article dans mikroPascal PRO pour AVR [967.49KB]
- GPS Article Source Codes - AVR [38.11KB]
Dutch
Het Global Positioning System (GPS) is vandaag de dag een van de toonaangevende technologieën voor navigatiedoeleinden. Beschreven wordt zowel het aansluiten van een GPS-ontvanger op de microcontroller als het bepalen van geografi sche breedte en lengte.
- GPS artikel in mikroC PRO voor AVR [975.03KB]
- GPS artikel in mikroBasic PRO voor AVR [976.08KB]
- GPS artikel in mikroPascal PRO voor AVR [975.88KB]
- GPS Article Source Codes - AVR [38.11KB]
Italiano
Il "Sistema di Posizionamento Globale" (GPS) è una delle principali tecnologie utilizzate per la navigazione. In questo articolo sarà descritto come collegare il ricevitore GPS a un microcontrollore, ma anche come determinare la latitudine e la longitudine.
- GPS articolo mikroC PRO per AVR [968.64KB]
- GPS articolo mikroBasic PRO per AVR [969.71KB]
- GPS articolo mikroPascal PRO per AVR [969.16KB]
- GPS Article Source Codes - AVR [38.11KB]
Srpsko-Hrvatski
GPS (Global Positioning System) je jedna od vodećih tehnologija koje se upotrebljavaju za određivanje položaja. Ovde ćemo vam opisati jednostavan način povezivanja GPS prijemnika sa mikrokontrolerom, kao i određivanja geografske širine i dužine.
- GPS Članak u mikroC-u PRO za AVR-a [1.02MB]
- GPS Članak u mikroBasic-u PRO za AVR-a [1.02MB]
- GPS Članak u mikroPascal-u PRO za AVR-a [1.02MB]
- GPS Article Source Codes - AVR [38.11KB]
Featured AVR Development Tools
BIGAVR6 Development System
The BIGAVR6 development system supports 64- and 100-pin AVR microcontrollers. It comes with the ATMEGA128 microcontroller. The system features a USB 2.0 programmer and many peripheral modules such as touch panel controller, CAN, RTC etc. [more info]
SmartGPS Board
The SmartGPS is a development tool that will aid you in understanding GPS technologies. Connect GPS (Global Positioning System) to your PC or development board using the LEA-5S module. The intuitive design of SmartGPS guides you through the process of learning GPS. [more info]
mikroC PRO for AVR
Compiler mikroC PRO for AVR has all the ANSI C power and flexibility and the most advanced IDE on the market. Many practical examples and comprehensive documentation allow a quick start in programming AVR MCUs. [more info]
mikroBasic PRO for AVR
Compiler mikroBasic PRO for AVR provides easy-to-learn BASIC syntax, advanced compiler features, built-in routines and many practical examples that enable you to start programming AVR microcontrollers quickly. [more info]
mikroPascal PRO for AVR
Compiler mikroPascal for AVR is a stand-alone compiler which enables you to develop your applications in an intuitive and friendly Pascal environment with many advanced features and practical examples. [more info]
GPS Article with source code for PIC microcontrollers
English
The Global Positioning System (GPS) is one of the leading technologies today used for navigation purposes. Connection between a GPS receiver and the microcontroller as well as determination of latitude and longitude will be described here.
- GPS Article in mikroC PRO for PIC [988.11KB]
- GPS Article in mikroBasic PRO for PIC [1.02MB]
- GPS Article in mikroPascal PRO for PIC [974.48KB]
- GPS Article Source Codes - PIC [23.28KB]
Deutsch
GPS (Global Positioning System) ist die momentan führende Technologie in Sachen Navigation. In diesem Beitrag wird die Koppelung eines GPS-Empfängers mit einem Mikrocontroller und die Bestimmung von Länge und Breite der Position beschrieben.
- GPS Artikel in mikroC PRO für PIC [926.90KB]
- GPS Artikel in mikroBasic PRO für PIC [958.81KB]
- GPS Artikel in mikroPascal PRO für PIC [928.18KB]
- GPS Article Source Codes - PIC [23.28KB]
Español
El Sistema de Posicionamiento Global (Global Positioning System, o GPS) es actualmente una de las principales tecnologías utilizadas para fi nes de navegación. Aquí describiremos la conexión entre un receptor GPS y el microcontrolador, así como la determinación de latitud y longitud.
- GPS artículo en mikroC PRO para PIC [933.34KB]
- GPS artículo en mikroBasic PRO para PIC [964.88KB]
- GPS artículo en mikroPascal PRO para PIC [964.93KB]
- GPS Article Source Codes - PIC [23.28KB]
Français
Le Global Positioning System (GPS), le système de géo-positionnement par satellite, est une des techniques de navigation le plus importantes actuellement. La connexion entre un récepteur GPS et un microcontrôleur et la détermination de la latitude et longitude sera décrite ici.
- GPS article dans mikroC PRO pour PIC [932.37KB]
- GPS article dans mikroBasic PRO pour PIC [951.44KB]
- GPS article dans mikroPascal PRO pour PIC [965.08KB]
- GPS Article Source Codes - PIC [23.28KB]
Dutch
Het Global Positioning System (GPS) is vandaag de dag een van de toonaangevende technologieën voor navigatiedoeleinden. Beschreven wordt zowel het aansluiten van een GPS-ontvanger op de microcontroller als het bepalen van geografi sche breedte en lengte.
- GPS artikel in mikroC PRO voor PIC [941.49KB]
- GPS artikel in mikroBasic PRO voor PIC [960.78KB]
- GPS artikel in mikroPascal PRO voor PIC [943.03KB]
- GPS Article Source Codes - PIC [23.28KB]
Italiano
Il "Sistema di Posizionamento Globale" (GPS) è una delle principali tecnologie utilizzate per la navigazione. In questo articolo sarà descritto come collegare il ricevitore GPS a un microcontrollore, ma anche come determinare la latitudine e la longitudine.
- GPS articolo mikroC PRO per PIC [934.99KB]
- GPS articolo mikroBasic PRO per PIC [953.91KB]
- GPS articolo mikroPascal PRO per PIC [936.60KB]
- GPS Article Source Codes - PIC [23.28KB]
Srpsko-Hrvatski
GPS (Global Positioning System) je jedna od vodećih tehnologija koje se upotrebljavaju za određivanje položaja. Ovde ćemo vam opisati jednostavan način povezivanja GPS prijemnika sa mikrokontrolerom, kao i određivanja geografske širine i dužine.
- GPS Članak u mikroC-u PRO za PIC-a [1014.41KB]
- GPS Članak u mikroBasic-u PRO za PIC-a [1.00MB]
- GPS Članak u mikroPascal-u PRO za PIC-a [1022.73KB]
- GPS Article Source Codes - PIC [23.28KB]
Featured PIC Development Tools
EasyPIC6 Development System
EasyPIC6 is a full-featured development system for PIC microcontrollers. It comes with the PIC16F887 microcontroller. The system includes a USB 2.0 programmer with mikroICD and many peripheral modules such as COG, port expander, MENU and 4x4 keypads etc. [more info]
SmartGPS Board
The SmartGPS is a development tool that will aid you in understanding GPS technologies. Connect GPS (Global Positioning System) to your PC or development board using the LEA-5S module. The intuitive design of SmartGPS guides you through the process of learning GPS. [more info]
mikroC PRO for PIC
mikroC PRO for PIC provides all the power and flexibility of ANSI C. It features the most advanced IDE on the market. Many practical examples and a comprehensive documentation allow a quick start in programming PIC® MCUs. [more info]
mikroBasic PRO for PIC
Compiler mikroBasic PRO for PIC provides an easy-to-learn BASIC syntax, advanced compiler features, built-in routines and many practical examples which allow a quick start in programming PIC® microcontrollers. [more info]
mikroPascal PRO for PIC
Compiler mikroPascal PRO for PIC enables you to develop your projects in an intuitive and friendly Pascal environment using many advanced features and practical examples provided with this compiler. [more info]
GPS Article with source code for dsPIC microcontrollers
English
The Global Positioning System (GPS) is one of the leading technologies today used for navigation purposes. Connection between a GPS receiver and the microcontroller as well as determination of latitude and longitude will be described here.
- GPS Article in mikroC for dsPIC [1.04MB]
- GPS Article in mikroBasic for dsPIC [1.14MB]
- GPS Article in mikroPascal for dsPIC [1.10MB]
- GPS Article Source Codes - dsPIC [71.32KB]
Deutsch
GPS (Global Positioning System) ist die momentan führende Technologie in Sachen Navigation. In diesem Beitrag wird die Koppelung eines GPS-Empfängers mit einem Mikrocontroller und die Bestimmung von Länge und Breite der Position beschrieben.
- GPS Artikel in mikroC für dsPIC [1.00MB]
- GPS Artikel in mikroBasic für dsPIC [1.02MB]
- GPS Artikel in mikroPascal für dsPIC [1.02MB]
- GPS Article Source Codes - dsPIC [71.32KB]
Español
El Sistema de Posicionamiento Global (Global Positioning System, o GPS) es actualmente una de las principales tecnologías utilizadas para fi nes de navegación. Aquí describiremos la conexión entre un receptor GPS y el microcontrolador, así como la determinación de latitud y longitud.
- GPS artículo en mikroC para dsPIC [1.01MB]
- GPS artículo en mikroBasic para dsPIC [1.03MB]
- GPS artículo en mikroPascal para dsPIC [1017.51KB]
- GPS Article Source Codes - dsPIC [71.32KB]
Français
Le Global Positioning System (GPS), le système de géo-positionnement par satellite, est une des techniques de navigation le plus importantes actuellement. La connexion entre un récepteur GPS et un microcontrôleur et la détermination de la latitude et longitude sera décrite ici.
- GPS article dans mikroC pour dsPIC [1.00MB]
- GPS article dans mikroBasic pour dsPIC [1.02MB]
- GPS article dans mikroPascal pour dsPIC [1.00MB]
- GPS Article Source Codes - dsPIC [71.32KB]
Dutch
Het Global Positioning System (GPS) is vandaag de dag een van de toonaangevende technologieën voor navigatiedoeleinden. Beschreven wordt zowel het aansluiten van een GPS-ontvanger op de microcontroller als het bepalen van geografi sche breedte en lengte
- GPS artikel in mikroC voor dsPIC [1.01MB]
- GPS artikel in mikroBasic voor dsPIC [1.03MB]
- GPS artikel in mikroPascal voor dsPIC [1.01MB]
- GPS Article Source Codes - dsPIC [71.32KB]
Italiano
Il "Sistema di Posizionamento Globale" (GPS) è una delle principali tecnologie utilizzate per la navigazione. In questo articolo sarà descritto come collegare il ricevitore GPS a un microcontrollore, ma anche come determinare la latitudine e la longitudine.
- GPS articolo mikroC per dsPIC [1.01MB]
- GPS articolo mikroBasic per dsPIC [1021.83KB]
- GPS articolo mikroPascal per dsPIC [1.00MB]
- GPS Article Source Codes - dsPIC [71.32KB]
Srpsko-Hrvatski
GPS (Global Positioning System) je jedna od vodećih tehnologija koje se upotrebljavaju za određivanje položaja. Ovde ćemo vam opisati jednostavan način povezivanja GPS prijemnika sa mikrokontrolerom, kao i određivanja geografske širine i dužine.
- GPS Članak u mikroC-u za dsPIC-a [1.08MB]
- GPS Članak u mikroBasic-u za dsPIC-a [1.07MB]
- GPS Članak u mikroPascal-u za dsPIC-a [1.08MB]
- GPS Article Source Codes - dsPIC [71.32KB]
Featured dsPIC Development Tools
dsPICPRO4 Development System
The dsPICPRO4 supports the latest 64- and 80-pin dsPIC30F MCUs from Microchip. It comes with a dsPIC30F6014A. The system includes an USB 2.0 programmer, mikroICD (In-Circuit Debugger), touch panel controller, CAN, RS485, DAC and RTC. [more info]
SmartGPS Board
The SmartGPS is a development tool that will aid you in understanding GPS technologies. Connect GPS (Global Positioning System) to your PC or development board using the LEA-5S module. The intuitive design of SmartGPS guides you through the process of learning GPS. [more info]
mikroC PRO for dsPIC30/33 and PIC24
Compiler mikroC PRO for dsPIC30/33 and PIC24 has all the ANSI C power and flexibility and the most advanced IDE on the market. Many practical examples and a comprehensive documentation allow a quick start in programming dsPIC30/33 and PIC24 microcontrollers. [more info]
mikroBasic PRO for dsPIC30/33 and PIC24
Compiler mikroBasic PRO for dsPIC30/33 and PIC24 provides easy-to-learn BASIC syntax, advanced compiler features, built-in routines and many practical examples that allow a quick start in programming dsPIC30/33 and PIC24 MCUs. [more info]
mikroPascal PRO for dsPIC30/33 and PIC24
Compiler mikroPascal PRO for dsPIC30/33 and PIC24 is a stand-alone compiler for dsPIC30/33 and PIC24 MCUs. Develop your applications in an intuitive and friendly Pascal environment, using many advanced features and practical examples. [more info]
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The content published in mikroElektronika’s online books is subject to copyright and must not be reproduced in any form without an explicit written permission released from the editorial of mikroElektronika. The book was prepared with due care and attention, however the publisher doesn’t accept any responsibility neither for the exactness of the information published therein, nor for any consequences of its application.