A predictive compiler uses properties of a program to decide how to optimize it. The compiler
is trained on a collection of programs to derive a model which determines its actions in face …

Function merging is an important optimization for reducing code size. This technique
eliminates redundant code across functions by merging them into a single function. While …

Resource-constrained devices for embedded systems are becoming increasingly important.
In such systems, memory is highly restrictive, making code size in most cases even more …

Function merging is an important optimization for reducing code size. It merges multiple
functions into a single one, eliminating duplicate code among them. The existing state-of-the …

Binary code size is a first-class design consideration in many computing domains and a
critical factor in many more, but compiler optimizations targeting code size are few and often …

To counter man-at-the-end attacks such as reverse engineering and tampering, software is
often protected with techniques that require support modules to be linked into the …

From IoT devices to datacenters, code size is important, motivating ongoing research in
binary reduction. A key technique is the merging of similar functions to reduce code …

Resource-constrained devices for embedded systems are becoming increasingly important.
In such systems, primary and secondary memories are highly restrictive, making code size in …

Processors are becoming increasingly parallel, but compiling software has so far been a
task parallelizable only by the number of files in it. To improve compilation parallelism …

Irregular control-flow structures like deeply nested conditional branches are common in real-
world software applications. Improving the performance and efficiency of such programs is …