The special runtimes are mostly for offloading to extra devices from host. ARM
and X86 are usually the hosts, so the runtime for them is fairly simple. It's
still there, look at cpu_device_api.cc for example.
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https://github.com/dmlc/tvm/pull/3368 finishes the migration of the analysis
stack.
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Closed #2588.
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Dear Community:
TVM makes use of HalideIR as our low-level IR structure, and it has served us
well. One of the main gains we get is the integer simplification infrastructure
provided by HalideIR. As the project moves forward, we start to introduce our
own integer simplification infra to tackle
close by https://github.com/dmlc/tvm/pull/3389
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Closed #3390.
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Many parts of our code base relies on integer simplifications that involves
div/mod. These simplifications are in particular tricky due to the different
division mode, and the dependence on knowing the sign of the operand.
Here is a list of division variants:
## Trunc div/mod
IEEE standard inte
cc @dmlc/tvm-team
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# TVM Monthly - June 2019
https://discuss.tvm.ai/t/tvm-monthly-june-2019
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solved in latest master
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Can you clarify the example above? the simplifications seem invalid to me, how
can you drop the addition by 3?
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Sorry it should be ```(x * 4 + 3) / 4=>x```
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