Abstract: An exercise apparatus comprises first and second arm cuffs and a central elastic member. The first and second arm cuffs are configured to encircle right and left arms, respectively, of an exerciser. Each arm cuff is configured to encircle an elbow of the arm, a portion of an upper arm of the arm, and a portion of a lower arm of the arm. The first and second arm cuffs are attached to opposite sides in a longitudinal direction of the central elastic member. The central elastic member has a substantially rectangular shape and has a length sufficient to extend across a chest of the exerciser and for the first and second arm cuffs to encircle the right and left arms, respectively, of the exerciser.

Abstract: An exercise apparatus comprises first and second arm cuffs and a central elastic member. The first and second arm cuffs are configured to encircle right and left arms, respectively, of an exerciser. Each arm cuff is configured to encircle an elbow of the arm, a portion of an upper arm of the arm, and a portion of a lower arm of the arm. The first and second arm cuffs are attached to opposite sides in a longitudinal direction of the central elastic member. The central elastic member has a substantially rectangular shape and has a length sufficient to extend across a chest of the exerciser and for the first and second arm cuffs to encircle the right and left arms, respectively, of the exerciser.

Abstract: A software product tests and monitors an Internet server system. Advantageously, the software product communicates with a web browser without the need for other client software to configure transactions. The user of the web browser is guided through web pages to record, edit, and playback transactions. Recording may occur over a secure connection. The software product performs automated tests using the transactions in addition to measuring both system performance data and business performance data. The software product generates alarms when thresholds are exceeded. The test data, performance data, and alarms are correlated in time and presented graphically to the user.

Abstract: A system and method are provided for efficiently generating a number of icons. The system includes a computer system having a processor electrically coupled to a local interface and a memory electrically coupled to the local interface. The computer system is employed to execute a software application that includes imaging logic. The imaging logic is, therefore, stored on the memory and executed by the processor. The imaging logic preferably includes modified image encoding logic to generate at least one modified raw icon from a base image object. The base image object includes at least one first indicator region filled with a first indicator color, and the modified raw icon(s) include at least one second indicator region filled with a second indicator color. The shape of the second indicator region corresponds to or is identical to a shape of the at least one first indicator region.

Abstract: A software product tests and monitors an Internet server system. Advantageously, the software product communicates with a web browser without the need for other client software to configure transactions. The user of the web browser is guided through web pages to record, edit, and playback transactions. Recording may occur over a secure connection. The software product performs automated tests using the transactions in addition to measuring both system performance data and business performance data. The software product generates alarms when thresholds are exceeded. The test data, performance data, and alarms are correlated in time and presented graphically to the user.

Abstract: An apparatus and method providing flexible message differentiation of localized terms utilizing a resource bundle generator. In particular, the apparatus and method are accomplished by having a system and method for term localization differentiation. The message differentiation apparatus and method utilize a second key to assist the resource bundle generator in the localization of the input string. The second key should be descriptive and provide some context of the string to be translated. If the string being localized is a message, the second key should characterize the string in the proper context.