As the core count in shared-memory manycores keeps increasing, it is becoming
increasingly harder to design cache-coherence protocols that deliver high performance …

As the core count in shared-memory manycores keeps increasing, it is becoming
increasingly harder to design cache-coherence protocols that deliver high performance …

As the core count in shared-memory manycores keeps increasing, it is becoming
increasingly harder to design cache-coherence protocols that deliver high performance …

As the core count in shared-memory manycores keeps increasing, it is becoming
increasingly harder to design cache-coherence protocols that deliver high performance …

As the core count in shared-memory manycores keeps increasing, it is becoming
increasingly harder to design cache-coherence protocols that deliver high performance …

As the core count in shared-memory manycores keeps increasing, it is becoming
increasingly harder to design cache-coherence protocols that deliver high performance …

As the core count in shared-memory manycores keeps increasing, it is becoming
increasingly harder to design cache-coherence protocols that deliver high performance …

As the core count in shared-memory manycores keeps increasing, it is becoming
increasingly harder to design cache-coherence protocols that deliver high performance …

• Every time a node receives a wireless update→ increments local UpdateCount• When the
node accesses the line→ resets UpdateCount to 0• If UpdateCount reaches threshold→ …