ITP PAPERS: KEYWORD INDEX
A | |
Agda | |
Asynchronous | |
automated reasoning | |
B | |
Bar inductive predicates | |
Basis Reduction | |
Biform theories | |
binary search tree | |
C | |
Cached Address Translation | |
calculational method | |
Calculational proof | |
call by push value | |
Cedille | |
certificate checking | |
certified code | |
Certified execution engine | |
certified software | |
Church's type theory | |
classical realizability | |
Clause Learning | |
code generation | |
coinductive types | |
common knowledge | |
complete lattices | |
Computational Reductions | |
Context-free Grammars | |
contextual equivalence | |
Control parameters | |
Coq | |
Correctness by extraction | |
Cycle finding | |
D | |
Databases | |
datatypes | |
deductive verification | |
Dedukti | |
dependent types | |
dependently typed programming | |
Design by contract | |
domain specific languages | |
dynamic epistemic logic | |
Dynamic Programming | |
E | |
Economics | |
epistemic logic | |
equational theory | |
Expected Utility | |
extraction | |
F | |
Formal Methods | |
formal proofs | |
formal verification | |
Formalisation | |
functional programming | |
functor | |
G | |
Game Theory | |
graph minor theorem | |
graph theory | |
H | |
hammers | |
handwriting | |
handwritten mathematics | |
Hardware model | |
hardware verification | |
Higher-Ranked Polymorphism | |
HOL | |
HOL Light | |
homogeneous linear diophantine equations | |
HW-SW interface | |
I | |
IDE | |
implicative algebras | |
induction principle | |
inductive datatypes | |
interactive theorem proving | |
Isabelle | |
Isabelle/HOL | |
Isabelle/HOL Theorem Proving | |
K | |
KeY | |
L | |
lambda-encodings | |
large libraries | |
Linear Programming | |
loop unrolling | |
M | |
machine words | |
Markov decision processes | |
Master Theorem | |
mathematical proof | |
Mathematics | |
mechanized mathematics | |
Memoization | |
Memory | |
meta programming | |
meta-programming | |
Metareasoning | |
MIPS TLB | |
model checking | |
model-based testing | |
N | |
normal form bisimulation | |
O | |
observational equivalence | |
Operating System Verification | |
optimizations | |
P | |
Parametricity | |
Partial algorithms in Coq | |
Polynomial Factorization | |
polytyptic programming | |
Post Correspondence Problem | |
predecessor function | |
probabilistic | |
Probabilistic Timed Automata | |
probability | |
Program Verification | |
proof assistants | |
proof automation | |
proof by reflection | |
proof engineering | |
proof guidance | |
proof theory of modal logic | |
Proof-checker | |
PVS | |
Q | |
Quicksort | |
Quotation and evaluation | |
quotients | |
R | |
randomised | |
randomized algorithm | |
Reasoning about syntax | |
refinement | |
Reflection | |
reification | |
rewriting | |
Ring Theory | |
S | |
Security | |
separation logic | |
Skeptical Approach | |
software verification | |
SQL | |
Ssreflect | |
string rewriting | |
strongest postcondition | |
symbolic computation | |
T | |
tactics | |
tail bound | |
Teaching computer science with proof assistants | |
The Coq Proof Assistant | |
theorem proving | |
Timed automata | |
timing transformations | |
Translation Lookaside Buffer (TLB) | |
treap | |
tripos | |
trusted code base | |
trusted computing base | |
Type Inference | |
type theory | |
U | |
Ultrametrics | |
Undecidability | |
untyped call by value lambda calculus | |
Utility Theory | |
V | |
validation | |
Verification | |
verified compiler | |
Von Neumann-Morgenstern Utility Theorem | |
W | |
watchlist guidance | |
weakest precondition |