Wireless
Wireless communication is the transfer of information over a distance without the use of electrical conductors or "wires".
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Learn how to use JXTA technology to integrate thin Java 2 Platform, Micro Edition (J2ME) clients into enterprise-scale messaging applications by developing a set of classes that let you integrate...
Learn how to use JXTA technology to integrate thin Java 2 Platform, Micro Edition (J2ME) clients into enterprise-scale messaging applications by developing a set of classes that let you integrate...
This article takes the next logical step: packaging MIDlets. It includes an introduction to the MIDlet Suite, including Java archive and application descriptor files. To put all this into practice,...
The objective of wireless messaging is to extend the networking and I/O capabilities of J2ME applications to send and receive messages using the messaging services on GSM networks, like Short Message...
This two-part series of articles will show you how to use J2ME and Bluetooth to develop next-generation wireless applications for tomorrow's market. This first article covers the basics of Bluetooth;...
Imagine being able to use your Bluetooth-enabled mobile phone to lock and unlock your car, operate your garage door, and control your TV, VCR, DVD player, and other consumer appliances. If you want...
Users need assurance that the wireless applications they use won't compromise their sensitive information. One way to do that is to use industry-standard protocols like Kerberos to provide security....
You want to adapt the Java Virtual Machine to a low-memory,
resource-constrained, network-connected environment. Well, at
the heart of the K Virtual Machine (KVM) lies a specialized
Java class...
This article looks at the advantages of J2ME over conventional Wireless Application Protocol (WAP) technology in wireless-based enterprise and consumer applications, the benefits of extending ...
