A method is disclosed for allocating internal machine registers in a digital computer for use in storing values defined and referenced by a computer program. An allocator in accordance with the present invention constructs a interference graph having a node therein for the live range of each value defined by a computer program, and having an edge between every two nodes whose associated live ranges interfere with each other. The allocator models the register allocation process as a graph-coloring problem, such that for a computer having R registers, the allocator of the present invention iteratively attempts to R-color the interference graph. The interference graph is colored to the extent possible on each iteration before a determination i...
All graph-coloring register allocators rely on heuristics to arrive at a "good" answer to the NP-com...
Register allocation by coloring an interference graph is a common technique. We introduce the weight...
Historically the register allocator used in GCC is a two phase allocator differentiating be-tween lo...
A register allocator must effectively deal with three issues: live range splitting, live range spill...
We present a graph coloring register allocator de-signed to minimize the number of dynamic memory re...
Register allocation by coloring an interference graph is a common technique. We introduce the weight...
An important task in most optimising compilers is register allocation i.e. deciding which program va...
An important task in most optimising compilers is register allocation i.e. deciding which program va...
Abstract--Register allocation may be viewed as a graph coloring problem. Each node in the graph stan...
We describe two improvements to Chaitin-style graph coloring register allocators. The first, opttmzs...
Graph coloring and linear scan are two appealing techniques for register allocation as the underlyin...
Graph coloring and linear scan are two appealing techniques for register allocation as the underlyin...
Graph coloring and linear scan are two appealing techniques for register allocation as the underlyin...
Graph-coloring register allocation is an elegant and extremely popular optimization for modern machi...
Graph-coloring register allocation is an elegant and extremely popular optimization for modern machi...
All graph-coloring register allocators rely on heuristics to arrive at a "good" answer to the NP-com...
Register allocation by coloring an interference graph is a common technique. We introduce the weight...
Historically the register allocator used in GCC is a two phase allocator differentiating be-tween lo...
A register allocator must effectively deal with three issues: live range splitting, live range spill...
We present a graph coloring register allocator de-signed to minimize the number of dynamic memory re...
Register allocation by coloring an interference graph is a common technique. We introduce the weight...
An important task in most optimising compilers is register allocation i.e. deciding which program va...
An important task in most optimising compilers is register allocation i.e. deciding which program va...
Abstract--Register allocation may be viewed as a graph coloring problem. Each node in the graph stan...
We describe two improvements to Chaitin-style graph coloring register allocators. The first, opttmzs...
Graph coloring and linear scan are two appealing techniques for register allocation as the underlyin...
Graph coloring and linear scan are two appealing techniques for register allocation as the underlyin...
Graph coloring and linear scan are two appealing techniques for register allocation as the underlyin...
Graph-coloring register allocation is an elegant and extremely popular optimization for modern machi...
Graph-coloring register allocation is an elegant and extremely popular optimization for modern machi...
All graph-coloring register allocators rely on heuristics to arrive at a "good" answer to the NP-com...
Register allocation by coloring an interference graph is a common technique. We introduce the weight...
Historically the register allocator used in GCC is a two phase allocator differentiating be-tween lo...