Abstract: Systems, asset tag devices, and methods are described herein to provide asset, or object, tracking using a plurality of beacons. The asset tag devices may be affixed, or coupled to, the asset, or object, and may receive beacon advertising packets from the beacons, and then transmit, or broadcast, tag advertising packets including information from the received beacon advertising packets, which may be used to determine an approximate location of the asset tag device, and in turn, the asset or object.

Abstract: An embedded modem for an unattended host device that provides improved cellular communications capabilities to the unattended host device. The embedded modem detects the occurrence of a signal effectiveness event reflective of the reliability of a cellular communication session, and upon detecting the occurrence of a signal effectiveness event, issues commands to improve the reliability of the cellular communications. The signal effectiveness event data can be communicated by the embedded modem on channel that is different from a channel provided for the host device to communicate its own data with an associated remote computer system.

Abstract: Techniques for automated user interface object transformation and code generation are described. An apparatus may comprise a logic device arranged to execute a server application. The server application may comprise, among other elements, an interpretive runtime engine to generate a graphical user interface (GUI) independent object from a set of received user event properties. The GUI independent object is subjected to template processing to create a new GUI dependent object that may be returned to a client application for rendering. Other embodiments are described and claimed.

Abstract: An executable computer program is dynamically constructed by tightly coupling a plurality of dynamically loadable modules. Each modules includes a fully encapsulated function which is typically called from another module. A registration system is employed to associate a pointer with each defined function. In the modules, at run time, each function call is resolved using the associated pointer from the registration system. In particular, each function call is dereferenced by the associated pointer. Consequently, the resulting executable computer program is both flexible and efficient.

Abstract: A context management system manages both thread-local data and free-thread data in a flexible modular architecture. Thread data is segmented into an ordinal workspace structure. In a free thread architecture, each module can have its own private and public segments. The context management system allows many threadable, session contexts to share a lesser number of real operating system threads, maintained as a thread pool within the server process.