Abstract: A method for receiving a single message includes a receiving communication adapter receiving a first sub-unit in a single message. A transmitting communication adapter partitions the single message into sub-units. The method further includes storing the first payload in the memory of a receiving device, appending a first completion code into the first sub-unit, and sending a first notification to a receiving entity of the first completion code. The receiving entity processes the first payload based on the first determination. The receiving communication adapter receives a second sub-unit of the multiple sub-units after the first payload is processed by the receiving entity. The method further includes storing the second payload in the memory of the receiving device. The receiving entity determines that the first sub-unit is completely stored based on the first completion code, and that the second sub-unit is completely stored based on a second completion code.

Abstract: A method for receiving a single message includes a receiving communication adapter receiving a first sub-unit in a single message. A transmitting communication adapter partitions the single message into sub-units. The method further includes storing the first payload in the memory of a receiving device, appending a first completion code into the first sub-unit, and sending a first notification to a receiving entity of the first completion code. The receiving entity processes the first payload based on the first determination. The receiving communication adapter receives a second sub-unit of the multiple sub-units after the first payload is processed by the receiving entity. The method further includes storing the second payload in the memory of the receiving device. The receiving entity determines that the first sub-unit is completely stored based on the first completion code, and that the second sub-unit is completely stored based on a second completion code.

Abstract: Presented herein are systems and methods for checking the integrity of data transmissions between or within one or more digital processing systems by identifying a data characteristic that is likely to change if there is an error in transmission. According to one embodiment, data messages are modified to achieve a selected characteristic according to a predetermined protocol, and changes to the data are recorded in a longitudinal check code (LCC) word, which is used by the receiver to decode the data message and restore the original data.

Abstract: Presented herein are systems and methods for checking the integrity of data transmissions between or within one or more digital processing systems by identifying a data characteristic that is likely to change if there is an error in transmission. According to one embodiment, data messages are modified to achieve a selected characteristic according to a predetermined protocol, and changes to the data are recorded in a longitudinal check code (LCC) word, which is used by the receiver to decode the data message and restore the original data.

Abstract: Presented herein are systems, methods, and devices for transmitting data comprising by comparing a new message with a buffered message representative of a previous message, recording an integer number of differences between the new message and the buffered message, generating a diff-word representative of the integer number of differences between the new message and the buffered message, appending the diff-word to the new message, and sending the new message with the diff-word to a receiver. The diff-word is used by the receiver to determine whether a received new message has the expected number of differences, and to determine whether to accept the new message.

Abstract: Presented herein are systems and methods for checking the integrity of data transmissions between or within one or more digital processing systems by identifying a data characteristic that is likely to change if there is an error in transmission. According to one embodiment, data messages are modified to achieve a selected characteristic according to a predetermined protocol, and changes to the data are recorded in a longitudinal check code (LCC) word, which is used by the receiver to decode the data message and restore the original data.

Abstract: Presented herein are systems, methods, and devices for transmitting data comprising by comparing a new message with a buffered message representative of a previous message, recording an integer number of differences between the new message and the buffered message, generating a diff-word representative of the integer number of differences between the new message and the buffered message, appending the diff-word to the new message, and sending the new message with the diff-word to a receiver. The diff-word is used by the receiver to determine whether a received new message has the expected number of differences, and to determine whether to accept the new message.