Abstract: A retainer clip can be used to restrict travel of a hydraulic lash adjuster body relative to a plunger of a hydraulic lash adjuster. A seating depth of the hydraulic lash adjuster can be controlled via a plunger cup in a hydraulic lash adjuster bore. The plunger cup can also restrict purge of lash oil from the hydraulic lash adjuster bore. A rocker arm can comprise a rocker arm body comprising a force-receiving end, a valve end, and a rocker shaft bore. An extension can connect the rocker shaft bore to the valve end. A hydraulic lash adjuster bore can be in the valve end. A plunger cup or an end socket profile can be included in the hydraulic lash adjuster bore for receiving a plunger of a hydraulic lash adjuster.

Abstract: A retainer clip can be used to travel of a hydraulic lash adjuster body relative to a plunger of a hydraulic lash adjuster. A seating depth of the hydraulic lash adjuster can be controlled via a plunger cup in a hydraulic lash adjuster bore. The plunger cup can also restrict purge of lash oil from the hydraulic lash adjuster bore. A rocker arm can comprise a rocker arm body comprising a force-receiving end, a valve end, and a rocker shaft bore. An extension can connect the rocker shaft bore to the valve end. A hydraulic lash adjuster bore can be in the valve end. A plunger cup or an end socket profile can be included in the hydraulic lash adjuster bore for receiving a plunger of a hydraulic lash adjuster.

Abstract: A first network device determines capabilities of resources in a section of a network that is accessible using the first network device. The first network device groups the resources into a resource cluster. The first network device advertises the resource cluster in the network, wherein each of a plurality of network devices advertise a resource cluster associated with sections of the network. A second network device receives a request for providing a service. The second network device groups the request into a plurality of request clusters. The second network device selects at least one resource cluster for providing the service based on information associated with the request clusters and the advertised resource clusters. The second network device allocates resources included in the at least one resource cluster for providing the service based on selecting the at least one resource cluster.

Abstract: A regular expression matcher system, including: a deterministic finite state machine (DFSM); a ternary content addressable memory (TCAM) matcher to compare a word stored at the TCAM matcher to an input stream, wherein the word determines a state-to-state transition of the DFSM from a comparison result; a programmable logic connected to an output of the TCAM matcher to identify a next state in the DFSM based on the comparison result; a state register to update a current state of the DFSM to the next state; and a collection data structure coupled to the TCAM matcher and the programmable logic to store a sequence of required state transitions for the DFSM, wherein the programmable logic determines a next required state transition to be matched from the sequence.

Abstract: A regular expression matcher system, including: a deterministic finite state machine (DFSM); a ternary content addressable memory (TCAM) matcher to compare a word stored at the TCAM matcher to an input stream, wherein the word determines a state-to-state transition of the DFSM from a comparison result; a programmable logic connected to an output of the TCAM matcher to identify a next state in the DFSM based on the comparison result; a state register to update a current state of the DFSM to the next state; and a collection data structure coupled to the TCAM matcher and the programmable logic to store a sequence of required state transitions for the DFSM, wherein the programmable logic determines a next required state transition to be matched from the sequence.

Abstract: A first network device determines capabilities of resources in a section of a network that is accessible using the first network device. The first network device groups the resources into a resource cluster. The first network device advertises the resource cluster in the network, wherein each of a plurality of network devices advertise a resource cluster associated with sections of the network. A second network device receives a request for providing a service. The second network device groups the request into a plurality of request clusters. The second network device selects at least one resource cluster for providing the service based on information associated with the request clusters and the advertised resource clusters. The second network device allocates resources included in the at least one resource cluster for providing the service based on selecting the at least one resource cluster.