Designing Embedded Internet Devices (Embedded Technology) - Softcover

Über die Autorinnen und Autoren

Brian DeMuth also works for the U.S. Dept. of Defense where he is responsible for integrated circuit product development. He has developed and taught several in-house courses on microelectronics and hardware development. He is proficient in numerous computer languages, including C, Java, and assembly language. He holds both the B.S. and M.S. degrees in electrical engineering.

Dan Eisenreich currently works at the U.S. Department of Defense developing hardware and software for equipment automation, semiconductor device modeling, and semiconductor manufacturing. He has implemented engineering data web servers and automated tools for updating and distributing information on the intranet/Internet. He holds B.S. in mechanical engineering and M.S. in computer science degrees.

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*The first guide to designing internet access and communications capabilities into embedded systems
*Takes an integrated hardware/software approach using the Java programming language an industry-standard
*Accompanying CDROM includes Java source code for all the applications described in the book, as well as an electronic version of the text

Adding internet access to embedded systems opens up a new world of capabilities. For example, a remote data logging system could automatically send data via the internet and be reconfigured such as to log new types of data or to measure at different intervals by commands sent over the internet from any computer or device with internet access. This book describes how to design, build, and program embedded systems with internet access. Special attention is given to sensors and actuators which gather data for transmission over the internet or execute commands sent by the internet. Numerous design case histories, including weather monitoring stations, communications centers, automation systems, and data acquisitions systems, are fully described.

Designing Embedded Internet Devices describes how to design, build, and program embedded systems with internet access. Special attention is given to sensors and actuators that gather data for transmission over the internet or execute commands sent by the internet. Numerous design case histories, including weather monitoring stations, communications centers, automation systems, and data acquisitions systems, are fully described. This technology covered in this book is extremely practical as adding internet access to embedded systems opens up a new world of capabilities. Included are many real-world examples such as how a remote data logging system can by commands sent over the internet from any computer or device with internet access automatically send data via the internet and be reconfigured.|

*The first guide to designing internet access and communications capabilities into embedded systems *Takes an integrated hardware/software approach using the Java programming language an industry-standard *Accompanying companion website includes Java source code for all the applications described in the book.

Adding internet access to embedded systems opens up a new world of capabilities. For example, a remote data logging system could automatically send data via the internet and be reconfigured such as to log new types of data or to measure at different intervals by commands sent over the internet from any computer or device with internet access. This book describes how to design, build, and program embedded systems with internet access. Special attention is given to sensors and actuators which gather data for transmission over the internet or execute commands sent by the internet. Numerous design case histories, including weather monitoring stations, communications centers, automation systems, and data acquisitions systems, are fully described. Designing Embedded Internet Devices describes how to design, build, and program embedded systems with internet access. Special attention is given to sensors and actuators that gather data for transmission over the internet or execute commands sent by the internet. Numerous design case histories, including weather monitoring stations, communications centers, automation systems, and data acquisitions systems, are fully described. This technology covered in this book is extremely practical as adding internet access to embedded systems opens up a new world of capabilities. Included are many real-world examples such as how a remote data logging system can by commands sent over the internet from any computer or device with internet access automatically send data via the internet and be reconfigured.