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First, a VC allocation technique is proposed to optimize the order of packets in the input buffer. Two methods have been proposed in this paper, to enhance the performance of the NoC router. This paper proposes a priority mechanism to prioritize the non-head packets as compared to head packets in case of conflict between them. The concept of the SB register minimizes the conflicts in SA and thus reduces HoL blocking, therefore improves the performance of NoC. The VCs are designed as SBs, this allows the packets stored in SB registers along with the head packet of VC to participate in SA. In this paper, Swapped Buffer (SB) Router architecture is proposed to schedule packets in input buffers by using SB registers.

This implementation is vulnerable to HoL blocking, as the switch allocator can allocate only those packets which are available at the head in a VC. In traditionally used Input-Queued Routers (IQR), packets are arranged in a particular order in each Virtual Channel (VC). Switch Allocation (SA) holds a critical stage in Network-on-Chip (NoC) routers, its performance gets affected adversely due to Head-of-Line (HoL) blocking. Pseudo-circuit speculation creates more pseudo-circuits using unallocated crossbar connections while buffer bypassing skips buffer writes to eliminate one pipeline stage. To accelerate communication performance further, we also propose two aggressive schemes, pseudo-circuit speculation and buffer bypassing. It reuses the previous arbitration information to bypass switch arbitration if the next flit traverses through the same pseudo-circuit. With previous communication patterns, the scheme reserves crossbar connections creating pseudo-circuits, sharable partial circuits within a single router. Motivated by our observation, we propose a pseudo-circuit scheme. We observe that packets frequently traverse through the same path chosen by previous packets due to repeated communication patterns, such as frequent pair-wise communication. In this paper, we attempt to accelerate network communication by exploiting communication temporal locality with minimal additional hardware cost in the existing state-of-the-art router architecture.

However, it is inevitable to suffer from high communication latency due to the increasing number of hops.

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#Department adlock tamu download#

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