Abstract: A method and system including a set of processor cores; and a set of routers each including a set of input ports and a set of output ports, where: each processor core of the set of processor cores corresponds to a different router of the set of routers and is communicatively coupled with a corresponding router via the router's set of input ports and set of output ports, based on a physical destination address of a data packet, each router is operable to send one or more data packets to the one or more adjacent routers or the processor core corresponding to the router, where each router is operable to retain a data packet in the event of a traffic condition, and each router implements a deterministic routing policy.

Abstract: A method and system including a set of processor cores; and a set of routers each including a set of input ports and a set of output ports, where: each processor core of the set of processor cores corresponds to a different router of the set of routers and is communicatively coupled with a corresponding router via the router's set of input ports and set of output ports, based on a physical destination address of a data packet, each router is operable to send one or more data packets to the one or more adjacent routers or the processor core corresponding to the router, where each router is operable to retain a data packet in the event of a traffic condition, and each router implements a deterministic routing policy.

Abstract: Systems and methods for a tessellation are described. The tessellation unit is configured to determine a number of points that reside along a first edge of a first ring within a domain, determine a first set of coordinates for a first portion of the points that reside along the first edge of the first ring within the domain, and determine a second set of coordinates for a second portion of the points that reside along the first edge of the first ring within the domain based on the first set of coordinates for the first portion. The tessellation unit is also configured to stitch points that reside along the first edge of the first ring with points that reside along a second edge of a second ring to divide the domain into a plurality of primitives that are mapped to a patch.

Abstract: Systems and methods for a tessellation are described. For tessellation, a tessellation unit may divide a domain into a plurality of portions, where at least one portion is a contiguous portion. The tessellation unit may output domain coordinates of primitives along diagonal strips within the contiguous portion to increase the likelihood that patch coordinates that correspond to the domain coordinates are stored in a reuse buffer.

Abstract: Techniques described in the disclosure are generally related to generating points of a domain. A tessellation unit may determine outer ring point coordinates for a point of an outer ring of the domain, and inner ring point coordinates for a point of an inner ring of the domain. The inner ring is inner to the outer ring within the domain. The tessellation unit may enqueue the inner ring point coordinates at a location of a queue, read the inner ring point coordinates from the queue, and read the outer ring point coordinates from the queue when the outer ring is not an outermost ring, where the outer ring point coordinates were previously enqueued in the queue when the outer ring was a previous inner ring. The tessellation unit may connect the inner ring coordinates and the outer ring coordinates each of which being read from the queue.

Abstract: Systems and methods for a tessellation are described. For tessellation, a tessellation unit may divide a domain into a plurality of portions, where at least one portion is a contiguous portion. The tessellation unit may output domain coordinates of primitives along diagonal strips within the contiguous portion to increase the likelihood that patch coordinates that correspond to the domain coordinates are stored in a reuse buffer.

Abstract: Systems and methods for a tessellation are described. The tessellation unit is configured to determine a number of points that reside along a first edge of a first ring within a domain, determine a first set of coordinates for a first portion of the points that reside along the first edge of the first ring within the domain, and determine a second set of coordinates for a second portion of the points that reside along the first edge of the first ring within the domain based on the first set of coordinates for the first portion. The tessellation unit is also configured to stitch points that reside along the first edge of the first ring with points that reside along a second edge of a second ring to divide the domain into a plurality of primitives that are mapped to a patch.

Abstract: Techniques described in the disclosure are generally related to generating points of a domain. A tessellation unit may determine outer ring point coordinates for a point of an outer ring of the domain, and inner ring point coordinates for a point of an inner ring of the domain. The inner ring is inner to the outer ring within the domain. The tessellation unit may enqueue the inner ring point coordinates at a location of a queue, read the inner ring point coordinates from the queue, and read the outer ring point coordinates from the queue when the outer ring is not an outermost ring, where the outer ring point coordinates were previously enqueued in the queue when the outer ring was a previous inner ring. The tessellation unit may connect the inner ring coordinates and the outer ring coordinates each of which being read from the queue.