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Research project studying streaming XML |
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Research supported an ARMY Small Business Administration proposal to provide a mechanism for reducing the amount of network bandwidth XML messages take on military networks. |
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Software architecture/development for an ISDN BRI/PRI/Switched Digital embedded PC adapter to support H.320 multimedia video teleconferencing desktop applications |
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We ported our ISDN protocol software to an Intel 80188 microprocessor based PC adapter that provided digital network connectivity for a videoconferencing hardward platform. The software supported Windows, and operated under our own custom RTOS on the 80188 |
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Portable SS#7 MTP1/2/3 protocol software architecture/development supporting a variety of processor architectures |
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Packaged telecommunications protocol software was the primary product of the predecessor of e2a technology, Link Technology. The SS#7 protocol software was developed in portable C, and was packaged in order to be re-targeted to different processor architectures and realtime operating systems. Protocol software is no longer a product of e2a technology. |
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Software architecture/development for LAPB, LAPD and SS#7 protocol support for a high-performance RISC processor |
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We assisted a major semiconductor manufacturer by providing software support for a proprietary RISC processor for these link layer protocols: LAPB, LAPD and SS#7 MTP Level 2. All software was developed in C |
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Software architecture/development for a PC-based ISDN BRI embedded PC Terminal Adapter, including LAPD/Q.931 software along with Windows device drivers |
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We offered an ISDN Basic Rate PC adapter that supported data transfer and voice call processing on Windows personal computers. The ISDN software ran completely under Windows as the PC adapter was a shallow adapter; i.e. it had no on-board processor. Windows Kernel mode drivers, along with an NDIS miniport architecture with a TAPI interface were supported. |
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