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CSC 533: Programming Languages Spring 2012

CSC 533: Programming Languages Spring 2012. Background machine ? assembly ? high-level languages software development methodologies key languages Syntax grammars, BNF derivation trees, parsing EBNF, syntax graphs Semantics operational, axiomatic, denotational. Evolution of programming.

452 views • 26 slides

CSC 533: Programming Languages Spring 2014

CSC 533: Programming Languages Spring 2014. Background machine ? assembly ? high-level languages software development methodologies key languages Syntax grammars, BNF derivation trees, parsing EBNF, syntax graphs Semantics operational, axiomatic, denotational. Evolution of programming.

429 views • 26 slides

CSC 533: Programming Languages Spring 2016

CSC 533: Programming Languages Spring 2016. Background machine ? assembly ? high-level languages software development methodologies key languages Syntax grammars, BNF derivation trees, parsing EBNF, syntax graphs Semantics operational, axiomatic, denotational. Evolution of programming.

265 views • 26 slides

CSC 533: Programming Languages Spring 2015

CSC 533: Programming Languages Spring 2015. Background machine ? assembly ? high-level languages software development methodologies key languages Syntax grammars, BNF derivation trees, parsing EBNF, syntax graphs Semantics operational, axiomatic, denotational. Evolution of programming.

268 views • 26 slides

CSC 533: Organization of Programming Languages Spring 2010

CSC 533: Organization of Programming Languages Spring 2010. Background machine ? assembly ? high-level languages software development methodologies key languages Syntax grammars, BNF derivation trees, parsing EBNF, syntax graphs Semantics operational, axiomatic, denotational.

263 views • 26 slides

Code Generation III

322 views • 25 slides

? (Nb-O) ? (Nb=O)

3. 4. 1. 2. 4. MoVTeNb. 3. 2. 1. catalyst MoV 0.3 Te 0.23 Nb 0.125 O x after activation. n [cm -1 ]. assignment. TeMo 6 = 0.126 mol Mo + 0.021 mol Te + 0.008 mol residual Te(OH) 6. 937 (s) 893 (m) 950 (sh) 980 (s) 956 (m) 848 (m). ? (Mo=O) Mo 7 O 24 6 -

157 views • 1 slides