Abstract: Disclosed is a method of facilitating communication based on user interest. The method includes receiving, using a communication device, multiple locations corresponding to multiple user devices and generating, using a processing device, multiple anonymized locations corresponding to the multiple locations. Further, the method includes storing, using a storage device, the multiple anonymized locations in association with the multiple user accounts and receiving, using the communication device, a request from a user device associated with a user account, wherein the user account is associated with a user interest. Yet further, the method includes identifying, using the processing device, one or more anonymized locations associated with one or more user accounts from the multiple user accounts based on the user interest. Moreover, the method includes transmitting, using the communication device, the one or more anonymized locations associated with the one or more user accounts to the user device.

Abstract: Disclosed is a method of facilitating communication based on user interest. The method includes receiving, using a communication device, multiple locations corresponding to multiple user devices and generating, using a processing device, multiple anonymized locations corresponding to the multiple locations. Further, the method includes storing, using a storage device, the multiple anonymized locations in association with the multiple user accounts and receiving, using the communication device, a request from a user device associated with a user account, wherein the user account is associated with a user interest. Yet further, the method includes identifying, using the processing device, one or more anonymized locations associated with one or more user accounts from the multiple user accounts based on the user interest. Moreover, the method includes transmitting, using the communication device, the one or more anonymized locations associated with the one or more user accounts to the user device.

Abstract: An improved data modem (IDM) and method includes a communication processor module, a mass storage module, a power converter module, and one or more DSP modules. The communication processor module utilizes commercial off-the-shelf components as well as electrically programmable logic devices (EPLD), which are programmed to provide a watchdog timer, programmable interrupt controller, flash page addressing, ISA bus decoder and controller, and various circuits and logic.

Abstract: An improved data modem (IDM) and method includes a communication processor module, a mass storage module, a power converter module, and one or more DSP modules. The communication processor module utilizes commercial off-the-shelf components as well as electrically programmable logic devices (EPLD), which are programmed to provide a watchdog timer, programmable interrupt controller, flash page addressing, ISA bus decoder and controller, and various circuits and logic.

Abstract: An improved data modem (IDM) and method includes a communication processor module, a mass storage module, a power converter module, and one or more DSP modules. The communication processor module utilizes commercial off-the-shelf components as well as electrically programmable logic devices (EPLD), which are programmed to provide a watchdog timer, programmable interrupt controller, flash page addressing, ISA bus decoder and controller, and various circuits and logic.

Abstract: An improved data modem (IDM) and method includes a communication processor module, a mass storage module, a power converter module, and one or more DSP modules. The communication processor module utilizes commercial off-the-shelf components as well as electrically programmable logic devices (EPLD), which are programmed to provide a watchdog timer, programmable interrupt controller, flash page addressing, ISA bus decoder and controller, and various circuits and logic.

Abstract: An improved data modem (IDM) and method includes a communication processor module, a mass storage module, a power converter module, and one or more DSP modules. The communication processor module utilizes commercial off-the-shelf components as well as electrically programmable logic devices (EPLD), which are programmed to provide a watchdog timer, programmable interrupt controller, flash page addressing, ISA bus decoder and controller, and various circuits and logic.

Abstract: An improved data modem (IDM) and method includes a communication processor module, a mass storage module, a power converter module, and one or more DSP modules. The communication processor module utilizes commercial off-the-shelf components as well as electrically programmable logic devices (EPLD), which are programmed to provide a watchdog timer, programmable interrupt controller, flash page addressing, ISA bus decoder and controller, and various circuits and logic.

Abstract: An improved data modem (IDM) and method includes a communication processor module, a mass storage module, a power converter module, and one or more DSP modules. The communication processor module utilizes commercial off-the-shelf components as well as programmable logic devices (EPLD), which are programmed to provide a watchdog timer, programmable interrupt controller, flash page addressing, ISA bus decoder and controller, and various circuits and logic.

Abstract: A modular storage container including a drawer configured to be received into and contained by a housing. The housing consists of two identical molded units that are joined and fastened together by a guide bracket. The guide bracket also functions to position the drawer within the housing. The drawer slides within the housing on a drawer glide which interfaces with the guide bracket of the housing. Two sets of ridges are disposed on outer surface of the base of each molded unit. When two or more containers are stacked, the ridges on the top of the supporting container will interdigitate with the ridges on the underside of the mounted container to align the containers squarely atop each other and to inhibit longitudinal and lateral movement of the stacked containers. Each container has a drawer lock for security.

Abstract: A storage and display device for floppy disks and the like including a molded base unit having a tray for supporting the disks on one edge thereof, a plurality of dividers for separating quantities of the disks within the tray, and hangers pivotally attached to each end of the base unit for suspending the storage container relative to a pair of parallel supports. The hangers are pivotable between a position in parallel side-by-side relationship with the corresponding end surface of the tray and a position extending upwardly relative to the end walls of the tray.

Abstract: A storage container for floppy disks and the like includes a cover member pivotally attached to a base member. The base member includes a floor that has a plurality of guide slots which accept dividers so as to permit organizational classification and to facilitate identification and recovery. The base member includes upwardly extending front, rear and side walls. A finger grip is formed in both the front and rear walls. Along the outboard edge of each side wall is a downwardly extending skirt that runs from the front wall to a point near the rear wall. The cover member may be pivoted through an arc of about 90 degrees which provides easy access to the disk stored inside. The rear edge of each skirt provides a cover stop against which the bottom edge of the rear wall of said cover member rests when the cover is in the fully opened condition. This prevents the cover member from opening further.

Abstract: A storage container for floppy disks is comprised of an open top box-like bottom portion, a support arm and a storage pouch which includes an upper part and a lower part. The support arm is pivotally attached to the opposed side walls of said bottom portion at a point adjacent the back wall thereof. The storage pouch is hingedly attached to the support arm at a position near the center of the upper surface thereof, and is secured by guide projections in the guide slots formed along each said side wall. By this arrangement, the rotational movement about the pivotal connection will cause the stored pouch to rise and in so doing, move forward because of the guide slot engagement. At the forward end of the guide slot, is a downwardly extending dog leg that permits the storage pouch to drop down so as to rest on the floor of the base portion. The lower part of pouch is pivotally attached to the upper part and is held in this condition by a detent arrangement.