Abstract: Various systems and methods of aggregating and analyzing geographically indexed data are disclosed. The system can include a server database hosting an application that a client computer may access via a web browser according to a SaaS architecture. The server database can store a variety of geographically indexed data, which may include economic data, demographic data, social data, and various other data types. The server database can be programmed to cause the client to display a map for receiving a selected geographic area defined on the map and then retrieve selected data corresponding to user-selected criteria for the selected geographic area. The server database can then transmit the selected data to the client for display on the map.

Abstract: Various systems and methods of aggregating and analyzing geographically indexed data are disclosed. The system can include a server database hosting an application that a client computer may access via a web browser according to a SaaS architecture. The server database can store a variety of geographically indexed data, which may include economic data, demographic data, social data, and various other data types. The server database can be programmed to cause the client to display a map for receiving a selected geographic area defined on the map and then retrieve selected data corresponding to user-selected criteria for the selected geographic area. The server database can then transmit the selected data to the client for display on the map.

Abstract: The present invention provides for a fully automated process for controlling technology resources. Specifically, embodiments of the invention streamline the process for initiating a request by employing an Application Programming Interface (API) to make calls to other applications/tools (e.g., project tools and the like) and automatically imports data from the other applications/tools to the technology resource module/tool. Moreover, embodiments of the invention provide for automated validation of data entries by employing the API to make calls to systems of record and the like to compare data entries to data in the systems of record. Embodiments of the invention are configured such that the technology resource process will not proceed to the review/approval stage until successful validation of all requisite data entries has been completed.

Abstract: The present invention provides for a fully automated process for controlling technology resources. Specifically, embodiments of the invention streamline the process for initiating a request by employing an Application Programming Interface (API) to make calls to other applications/tools (e.g., project tools and the like) and automatically imports data from the other applications/tools to the technology resource module/tool. Moreover, embodiments of the invention provide for automated validation of data entries by employing the API to make calls to systems of record and the like to compare data entries to data in the systems of record. Embodiments of the invention are configured such that the technology resource process will not proceed to the review/approval stage until successful validation of all requisite data entries has been completed.

Abstract: An elastomeric condom that covers the entire male genitalia. An elastomeric scrotal pouch is integrally molded with an elastomeric closed end tubular member. The tubular portion and the pouch are joined at a constriction band that runs at an oblique angle instead of being transverse to the axis of the tubular portion.

Abstract: An electronic filter having active components for eliminating A.C. signals, and for producing constant D.C. voltage at its output, wherein the filter can be effectively used between the D.C. power supply and the B+ terminal for an audio amplifier, especially one having vacuum tubes for its major active elements. The electronic filter monitors its output voltage to control the conductivity of a transistor which maintains the output voltage constant. Bias current and voltage requirements for the filter elements are generated internally from the filter input, and are also referenced to the filter output to provide a constant D.C. output over load variations.