… considered as comprisingtational instability: the catastrophic … 02, series of iterative computers
run -L through the hybrid loop … In treating parabolic partial differential equations, only one …

… serial or CSDT (continuous-space-discrete-time) method for solving nonlinear parabolic partial
differential equations … the analog computer of a stable rather than an unstable differential …

… , and the modified KdV–Burgers equation. First, the QLM converts the nonlinear equation
to a sequence of linear partial differential equations (LPDEs), and then these LPDEs are …

… of the full capability of hybrid computers came in the late 50’s … to the stable computer solution
of parabolic equations have … Serial solution of parabolic partial differential equations: The …

… consideration of parabolic and hyperbolic equations. Elliptic … problem is usually made
impractical by stability difficulties. … of availability of a suitable hybrid computer system, and also …

… -time methods of lines for parabolic equations among others. Methods of lines have …
differential analyzers (analog and hybrid computers) to the solution of partial differential equations …

… I have devoted Chapter 7 to mixed and hybrid finite elements. These are very useful in …
numerical stability, but implicit treatment will require the solution of large sparse systems of …

… with mixed argument using hybrid Legendre and Taylor … If the solution is not polynomial,
Taylor series approximation … approximate solution of parabolic and elliptic type partial differential …

… and have a more restrictive stability constraint than the IMEX serial schemes. When the solvers
… Haber, Deep neural networks motivated by partial differential equations, J. Math. Imaging …

… of computer technology, the growing importance of computer … The aim of this series is to
provide such textbooks in applied … In Chapter 10, Sections 10.5 and 10.6 about stabilization by …