Abstract: This invention is a new approach to dealing with the age old problems of maneuvering a motor vehicle through the myriad of obstacles found on most roadways, by proactively appraising the vehicle operator of ACTIONS (immediate and soon to be immediate) they need to take, and by monitoring vehicle speed vs. the current posted speed, and alerting the operator accordingly.

Abstract: This invention is a new approach to managing water, in the form of condensation, produced by the air conditioning process. Components “A” and “B” are unique, seamless and are molded as shown in FIG. 1; and to the best of this inventors knowledge (based on extensive searching) they do not exist anywhere.

Abstract: A system and method for providing an overview of a plurality of tasks running on a target environment which includes the steps of receiving event data representing a plurality of events in the plurality of contexts over a monitoring period displaying a detailed graphical representation of the event data log using the event data, and displaying a schematic representation of the detailed graphical representation over the monitoring period using only a portion of the event data. The schematic representation is indicative of an activity density of the event data over the monitoring period.

Abstract: Described is a system which includes an error handler to generate an error record in response to a software error in an embedded device and a non-volatile memory including a persistent memory region configured to store an error log, the error log configured to receive the error record, wherein the error log remains intact in the non-volatile memory after a reboot of the embedded device.

Abstract: A system and method for automatically generating a gopher program is provided. The system invokes a debugger and loads a type library into the debugger. The type library containing information regarding each data type used in a program. The system reads each line of a command file, wherein the command file is comprised of literal text and one or more predefined instructions. For each predefined instruction read, the system calls a corresponding function in the debugger and the debugger returns a numerical offset value based upon information in the type library. The system copies the each line of the command file to an output file, with each predefined instruction replaced with its corresponding offset value.

Abstract: A system and method for automatically generating a gopher program is provided. The system invokes a debugger and loads a type library into the debugger. The type library containing information regarding each data type used in a program. The system reads each line of a command file, wherein the command file is comprised of literal text and one or more predefined instructions. For each predefined instruction read, the system calls a corresponding function in the debugger and the debugger returns a numerical offset value based upon information in the type library. The system copies the each line of the command file to an output file, with each predefined instruction replaced with its corresponding offset value.

Abstract: A system and method for providing an overview of a plurality of tasks running on a target environment which includes the steps of receiving event data representing a plurality of events in the plurality of contexts over a monitoring period displaying a detailed graphical representation of the event data log using the event data, and displaying a schematic representation of the detailed graphical representation over the monitoring period using only a portion of the event data. The schematic representation is indicative of an activity density of the event data over the monitoring period.

Abstract: A system and method for automatically generating a gopher program is provided. The system invokes a debugger and loads a type library into the debugger. The type library containing information regarding each data type used in a program. The system reads each line of a command file, wherein the command file is comprised of literal text and one or more predefined instructions. For each predefined instruction read, the system calls a corresponding function in the debugger and the debugger returns a numerical offset value based upon information in the type library. The system copies the each line of the command file to an output file, with each predefined instruction replaced with its corresponding offset value.

Abstract: A system and method for collecting and displaying object interaction on a target processor is provided which includes the steps of logging object interaction data on a target processor over a monitoring period, and displaying the object interaction data as a graph, the graph having a plurality of nodes and at least one line, each node being associated with a corresponding object, each line connecting two of the nodes and representing an interaction between the respective objects associated with the two nodes.

Abstract: A moldable ceramic composition is made by forming the suspension of electrically charged ceramic particles and then coagulating.