5 | -- | 0 | Andrew A. Chien. Computing is the secret ingredient (well, not so secret) |
6 | -- | 0 | . Start CS students off with industry best practices |
7 | -- | 0 | Vinton G. Cerf. Now for something entirely different |
8 | -- | 9 | Philip Guo. Building tools to help students learn to program |
11 | -- | 13 | Don Monroe. Perovskites boost solar-cell potential |
14 | -- | 16 | Samuel Greengard. Gaming machine learning |
17 | -- | 19 | Keith Kirkpatrick. Parallel computational thinking |
20 | -- | 23 | Peter J. Denning. The forgotten engineer |
24 | -- | 26 | Louise Ann Lyon, Jill Denner. Community colleges: a resource for increasing equity and inclusion in computer science education |
27 | -- | 28 | George V. Neville-Neil. Cold, hard cache |
29 | -- | 32 | Stephen J. Andriole. The death of big software |
33 | -- | 35 | Ernest Davis. Lousy advice to the lovelorn |
36 | -- | 45 | Arvind Narayanan, Jeremy Clark. Bitcoin's academic pedigree |
46 | -- | 47 | Pat Helland. XML and JSON are like cardboard |
48 | -- | 50 | John Regehr, Peter Bailis. Research for practice: vigorous public debates in academic computer science |
52 | -- | 59 | Martin E. Hellman. Cybersecurity, nuclear security, alan turing, and illogical logic |
60 | -- | 67 | Ramiro Montealegre, Wayne F. Cascio. Technology-driven changes in work and employment |
68 | -- | 75 | Gustavo Pinto, Fernando Castor. Energy efficiency: a new concern for application software developers |
78 | -- | 0 | Aaron Roth. Pricing information (and its implications): technical perspective |
79 | -- | 86 | Chao Li, Daniel Yang Li, Gerome Miklau, Dan Suciu. A theory of pricing private data |
87 | -- | 0 | James R. Larus. A simple, elegant approach to non-numeric parallelization: technical perspective |
88 | -- | 97 | Simone Campanoni, Kevin Brownell, Svilen Kanev, Timothy M. Jones 0001, Gu-Yeon Wei, David M. Brooks. Automatically accelerating non-numerical programs by architecture-compiler co-design |
112 | -- | 0 | Leah Hoffmann. Grooming the leaders of tomorrow |