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/gem5/src/mem/
H A Dnoncoherent_xbar.ccdiff 10656:bd376adfb7d4 Thu Jan 22 05:01:00 EST 2015 Andreas Hansson <andreas.hansson@arm.com> mem: Make the XBar responsible for tracking response routing

This patch removes the need for a source and destination field in the
packet by shifting the onus of the tracking to the crossbar, much like
a real implementation. This change in behaviour also means we no
longer need a SenderState to remember the source/dest when ever we
have multiple crossbars in the system. Thus, the stack that was
created by the SenderState is not needed, and each crossbar locally
tracks the response routing.

The fields in the packet are still left behind as the RubyPort (which
also acts as a crossbar) does routing based on them. In the succeeding
patches the uses of the src and dest field will be removed. Combined,
these patches improve the simulation performance by roughly 2%.
H A Dxbar.hhdiff 10656:bd376adfb7d4 Thu Jan 22 05:01:00 EST 2015 Andreas Hansson <andreas.hansson@arm.com> mem: Make the XBar responsible for tracking response routing

This patch removes the need for a source and destination field in the
packet by shifting the onus of the tracking to the crossbar, much like
a real implementation. This change in behaviour also means we no
longer need a SenderState to remember the source/dest when ever we
have multiple crossbars in the system. Thus, the stack that was
created by the SenderState is not needed, and each crossbar locally
tracks the response routing.

The fields in the packet are still left behind as the RubyPort (which
also acts as a crossbar) does routing based on them. In the succeeding
patches the uses of the src and dest field will be removed. Combined,
these patches improve the simulation performance by roughly 2%.
H A Dcoherent_xbar.hhdiff 10656:bd376adfb7d4 Thu Jan 22 05:01:00 EST 2015 Andreas Hansson <andreas.hansson@arm.com> mem: Make the XBar responsible for tracking response routing

This patch removes the need for a source and destination field in the
packet by shifting the onus of the tracking to the crossbar, much like
a real implementation. This change in behaviour also means we no
longer need a SenderState to remember the source/dest when ever we
have multiple crossbars in the system. Thus, the stack that was
created by the SenderState is not needed, and each crossbar locally
tracks the response routing.

The fields in the packet are still left behind as the RubyPort (which
also acts as a crossbar) does routing based on them. In the succeeding
patches the uses of the src and dest field will be removed. Combined,
these patches improve the simulation performance by roughly 2%.
H A Dcoherent_xbar.ccdiff 10656:bd376adfb7d4 Thu Jan 22 05:01:00 EST 2015 Andreas Hansson <andreas.hansson@arm.com> mem: Make the XBar responsible for tracking response routing

This patch removes the need for a source and destination field in the
packet by shifting the onus of the tracking to the crossbar, much like
a real implementation. This change in behaviour also means we no
longer need a SenderState to remember the source/dest when ever we
have multiple crossbars in the system. Thus, the stack that was
created by the SenderState is not needed, and each crossbar locally
tracks the response routing.

The fields in the packet are still left behind as the RubyPort (which
also acts as a crossbar) does routing based on them. In the succeeding
patches the uses of the src and dest field will be removed. Combined,
these patches improve the simulation performance by roughly 2%.

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