Abstract: Provided are methods for inducing immune tolerance to antigens including therapeutic antigens. The present methods comprise administering to an individual OPLS or other lipidic compositions and the antigen, either in a single formulation or as separate formulations where the separate formulations are administered concomitantly or sequentially.

Abstract: Disclosed embodiments relate to one or more techniques to control access by a requestor of a computing system to a shared memory resource. In one embodiment, a technique includes determining a number (N) of pending requests to be sent to the memory by the requestor, determining a number (M) of requests that the requestor is limited to sending based on an amount of buffering resources available, and comparing M to N. When N is both greater than zero and less than or equal to M, the requestor sends the N pending requests to the memory. When N is both greater than zero and greater than M, M is compared to a hysteresis value (R) and, when M is less than R, the requestor sends R of the N pending requests to the memory.

Abstract: Disclosed embodiments relate to one or more techniques to control access by a requestor of a computing system to a shared memory resource. In one embodiment, a technique includes determining a number (N) of pending requests to be sent to the memory by the requestor, determining a number (M) of requests that the requestor is limited to sending based on an amount of buffering resources available, and comparing M to N. When N is both greater than zero and less than or equal to M, the requestor sends the N pending requests to the memory. When N is both greater than zero and greater than M, M is compared to a hysteresis value (R) and, when M is less than R, the requestor sends R of the N pending requests to the memory.

Abstract: Disclosed embodiments relate to one or more techniques to control access by a requestor of a computing system to a shared memory resource. In one embodiment, a technique includes determining a number (N) of pending requests to be sent to the memory by the requestor, determining a number (M) of requests that the requestor is limited to sending based on an amount of buffering resources available, and comparing M to N. When N is both greater than zero and less than or equal to M, the requestor sends the N pending requests to the memory. When N is both greater than zero and greater than M, M is compared to a hysteresis value (R) and, when M is less than R, the requestor sends R of the N pending requests to the memory.

Abstract: Disclosed embodiments relate to one or more techniques to control access by a requestor of a computing system to a shared memory resource. In one embodiment, a technique includes determining a number (N) of pending requests to be sent to the memory by the requestor, determining a number (M) of requests that the requestor is limited to sending based on an amount of buffering resources available, and comparing M to N. When N is both greater than zero and less than or equal to M, the requestor sends the N pending requests to the memory. When N is both greater than zero and greater than M, M is compared to a hysteresis value (R) and, when M is less than R, the requestor sends R of the N pending requests to the memory.

Abstract: Disclosed embodiments relate to one or more techniques to control access by a requestor of a computing system to a shared memory resource. In one embodiment, a technique includes determining a number (N) of pending requests to be sent to the memory by the requestor, determining a number (M) of requests that the requestor is limited to sending based on an amount of buffering resources available, and comparing M to N. When N is both greater than zero and less than or equal to M, the requestor sends the N pending requests to the memory. When N is both greater than zero and greater than M, M is compared to a hysteresis value (R) and, when M is less than R, the requestor sends R of the N pending requests to the memory.

Abstract: This invention controls accesses to a shared memory or resource to be bursty. An access controller determines whether the number of accesses ready for issue N is less than a current buffer capacity M. If so, the access controller issues all ready accesses. Otherwise, the access controller determines if the current buffer capacity M is less than a hysteresis amount R. If the current buffer capacity M is less than the hysteresis amount R, the access controller waits. If the current buffer capacity M is greater than or equal the hysteresis amount R, the access controller issues R accesses. This serves to bunch accesses to the hysteresis amount R when buffer capacity constrained. A streaming engine recalls a fixed data stream of plural nested loops specified by a control register for storage until use.

Abstract: This invention controls accesses to a shared memory or resource to be bursty. An access controller determines whether the number of accesses ready for issue N is less than a current buffer capacity M. If so, the access controller issues all ready accesses. Otherwise, the access controller determines if the current buffer capacity M is less than a hysteresis amount R. If the current buffer capacity M is less than the hysteresis amount R, the access controller waits. If the current buffer capacity M is greater than or equal the hysteresis amount R, the access controller issues R accesses. This serves to bunch accesses to the hysteresis amount R when buffer capacity constrained. A streaming engine recalls a fixed data stream of plural nested loops specified by a control register for storage until use.

Abstract: Provided are method for inducing immune tolerance to antigens including therapeutic antigens. The method comprises administering to an individual OPLS or other lipidic compositions and the antigen, either in a single formulation or as separate formulations where the separate formulations are administered concomitantly or sequentially.