Abstract: Systems and methods for management of online intelligence personas according to various aspects of the present technology may comprise a persona module configured to create one or more maps between a plurality of intelligence agents, online personas managed by those agents, known contacts of managed personas, targeted intelligence assets, and known methods of communication. The persona module is configured to present a visual depiction of stored data providing a more efficient method of accessing stored data and presenting commonalities between unique persona profiles and associated data.

Abstract: System and method for management of intelligence requirements according to various aspects of the present technology may comprise an intelligence requirement module configured to create one or more maps between a requirement library, an intelligence source library, and a customer library. The intelligence requirement module may interact with a workflow module having a user interface dashboard that allows users to create a workflow based on generated tickets corresponding to intelligence requirements and the intelligence source providing the information supporting the intelligence requirements. The workflow module may also generate reminders to facilitate the workflow and generate reports based on completed tasks.

Abstract: Interaction depth of photons in a CdZnTe pixel detector is measured by configuring an ASIC connected to the detector to measure both positive polarity and negative polarity signal amplitudes and then measuring a core pixel having positive signal amplitude and hallow pixels having negative signal amplitude and surrounding the core pixel.

Abstract: Interaction depth of photons in a CdZnTe pixel detector is measured by configuring an ASIC connected to the detector to measure both positive polarity and negative polarity signal amplitudes and then measuring a core pixel having positive signal amplitude and hallow pixels having negative signal amplitude and surrounding the core pixel.

Abstract: The present invention relates to a detector system. More specifically, the present invention relates to a detector system that comprises an ionizing radiation detector; a very large-scale integration (VLSI) circuit bonded with the ionizing radiation detector for receiving a signal from the ionizing radiation detector; and a microprocessor connected with the VSLI circuit for operating the VLSI circuit. Signals are received by the ionizing radiation detector, passed through the VLSI circuit, and processed by the microprocessor. The VLSI circuit includes a plurality of readout channels. Each readout channel includes a pre-amplifier; a plurality of sampling capacitors; a shaping amplifier; a discriminator; and a latch.

Abstract: The present invention relates to cadmium-zinc-telluride (CdZnTe) detectors. More specifically, the present invention relates CdZnTe pixel detectors that are optimized for astrophysical applications.