Maximizing reuse out of a function primitive in CUDA
I’m working on the implementation of a few related algorithms in CUDA, all of which require a primitive that we’ll call f(). The related algorithms can’t simply call f though, as they require f to have slightly different behavior for each algorithm.
Maximizing reuse out of a function primitive in CUDA
I’m working on the implementation of a few related algorithms in CUDA, all of which require a primitive that we’ll call f(). The related algorithms can’t simply call f though, as they require f to have slightly different behavior for each algorithm.
Maximizing reuse out of a function primitive in CUDA
I’m working on the implementation of a few related algorithms in CUDA, all of which require a primitive that we’ll call f(). The related algorithms can’t simply call f though, as they require f to have slightly different behavior for each algorithm.
Maximizing reuse out of a function primitive in CUDA
I’m working on the implementation of a few related algorithms in CUDA, all of which require a primitive that we’ll call f(). The related algorithms can’t simply call f though, as they require f to have slightly different behavior for each algorithm.
Derive from a base class but not include a condition in the base class’s method
The current code looks like this:
Derive from a base class but not include a condition in the base class’s method
The current code looks like this:
Derive from a base class but not include a condition in the base class’s method
The current code looks like this:
Derive from a base class but not include a condition in the base class’s method
The current code looks like this:
Making an automotive system more ‘modular’ in terms of software?
I am working on an automotive project that we are supposed to make more modular. I am a software specialist and I have very little knowledge of automotive hardware. I don’t have any requirements or details about the project other than “making it more modular/portable” and “think in terms of software not hardware”. By making it more modular they mean that they want to be able to pick any car and replace its conventional battery or pump with a different type without having to redesign the entire system.
Making an automotive system more ‘modular’ in terms of software?
I am working on an automotive project that we are supposed to make more modular. I am a software specialist and I have very little knowledge of automotive hardware. I don’t have any requirements or details about the project other than “making it more modular/portable” and “think in terms of software not hardware”. By making it more modular they mean that they want to be able to pick any car and replace its conventional battery or pump with a different type without having to redesign the entire system.