Journal: Comput. J.

Volume 8, Issue 3

177 -- 189Stanley Gill. Automatic computing: its problems and prizes
189 -- 0M. G. Kendall. Review: Book Review
189 -- 0F. M. Arscott. Review: Book Review
190 -- 200Michael L. V. Pitteway. The organization of a data link computing service
201 -- 207B. L. Neff. Do-it-yourself software experience
207 -- 0J. Bauldreay. Correspondence
208 -- 215R. M. Paine. The gradual acceptance of a variety of commercial English languages
215 -- 0C. Strachey. Correspondence
215 -- 0B. E. Boutel. Correspondence
215 -- 0J. H. G. Phillips, Michael Irish. Correspondence
216 -- 224E. J. Langham. The underground storage of compressed air for gas turbines: a dynamic study on an analogue computer
224 -- 0Roger H. Moore. Correspondence
225 -- 241C. Strachey. A general purpose macrogenerator
241 -- 0H. H. Greenwood. Review: Book Review
242 -- 243E. W. Elcock. Note on the addressing of lists by their source-language names
244 -- 245Jürg Nievergelt. Fixed versus selfmodifying programs
245 -- 0M. Bridger. Review: Book Review
246 -- 249G. N. Lance, W. T. Williams. Computer programs for monothetic classification ("Association analysis")
250 -- 255R. J. Dakin. A tree-search algorithm for mixed integer programming problems
255 -- 0Karen Spärck Jones. Review: Book Review
256 -- 263E. J. Martin Jr., Peter C. Patton. Evaluation of certain definite integrals frequently encountered in radiational and diffraction problems involving circular geometry
264 -- 272G. G. Alway, D. W. Martin. An algorithm for reducing the bandwidth of a matrix of symmetrical configuration
273 -- 277James Hardy Wilkinson. The calculation of Lamé polynomials
277 -- 0M. H. Rogers. Review: Book Review
278 -- 279J. D. Beasley. A note on the arrangement of Chebyshev series
279 -- 0Henry E. Fettis. Note on the matrix equation Ax = λBx
280 -- 287David J. Evans 0001. A stable explicit method for the finite-difference solution of a fourth-order parabolic partial differential equation
287 -- 0J. Howlett. Review: Book Review
288 -- 0C. G. Chezem. Note on "three-dimensional" plotting as a technique for finding the zeros of functions in the complex plane