The Minds Behind Software Engineering – 7 People Redefining Software
Seven pioneers helped turn programming from an ad hoc craft into a discipline concerned with architecture, correctness, modularity, cost, risk, and dependable systems.
Seven pioneers helped turn programming from an ad hoc craft into a discipline concerned with architecture, correctness, modularity, cost, risk, and dependable systems.
Seven pioneers helped establish numerical computing through electronic scientific machines, optimization, error analysis, matrix algorithms, data analysis, and MATLAB.
Seven pioneers helped establish interactive drawing, 3D modeling, shading, ray tracing, animation, and programmable rendering as the foundations of computer graphics.
Compiler construction became the hidden engineering discipline that made high-level programming possible. From Grace Hopper's early compiling systems to John Backus's optimizing FORTRAN compiler, Frances Allen's optimization theory, Robert Floyd's parsing work, and later systematic compiler design, these pioneers transformed translation from an ad hoc trick into a science.