Volume 19, Number 1, Fall 2012

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  Peter Kinnaird, Inbal Talgam-Cohen: Announcing the XRDS blog. 5

• 
  Inbox. 6

• 
  Andrew Cron, Huy L. Nguyen, Aditya G. Parameswaran: Big data. 7-8

• 
  Daniel Gooch: ACM Author-Izer. 9

• 
  Anjul Bhambhri: Six tips for students interested in big data analytics. 9

• 
  Ben Deverett: Creativity and computing: an ACM student chapter initiative. 10

• 
  Matthew Kay, Dimitris Mitropoulos, Wolfgang Richter, Lora Oehlberg, Lea Rosen: Blogs. 11-13

• 
  Jelani Nelson: Sketching and streaming algorithms for processing massive data. 14-19
• 
  Ashwin Machanavajjhala, Jerome P. Reiter: Big privacy: protecting confidentiality in big data. 20-23
• 
  Ronitt Rubinfeld: Taming big probability distributions. 24-28
• 
  Jeffrey D. Ullman: Designing good MapReduce algorithms. 30-34
• 
  Yanpei Chen, Andrew Ferguson, Brian Martin, Andrew Wang, Patrick Wendell: Big data and internships at Cloudera. 35-37
• 
  Aditya G. Parameswaran: An interview with Surajit Chaudhuri. 38-39
• 
  Raghotham Murthy, Rajat Goel: Peregrine: low-latency queries on Hive warehouse data. 40-43
• 
  Vinayak R. Borkar, Michael J. Carey, Chen Li: Big data platforms: what's next? 44-49
• 
  Jeffrey Heer, Sean Kandel: Interactive analysis of big data. 50-54
• 
  B. Aditya Prakash: Propagation and immunization in large networks. 56-59
• 
  John Langford: Parallel machine learning on big data. 60-62
• 
  Cliburn Chan: Big data in computational biology. 64-68
• 
  Edward Z. Yang, Robert J. Simmons: Profile Jeff Dean: Big data at Google. 69

• 
  Martin Dittus: The centre for advanced spatial analysis at University College London, London, UK. 70-71

• 
  Finn Kuusisto: Automated DNA sequencers. 71

• 
  Colin J. Ihrig: Finding yourself using geolocation and the Google Maps API. 72-74

• 
  Broderick Causley: The secret behind the Luhn-ie. 81-82
• 
  Dario Bonino, Luigi De Russis: Mastering real-time big data with stream processing chains. 83-86

Volume 19, Number 2, Winter 2012

• 
  Peter Kinnaird, Inbal Talgam-Cohen: Are you a good match for XRDS?. 5

• 
  Around the web. 6

• 
  Shikoh Gitau, Nithya Sambasivan: Information technology and international development. 7

• 
  Vaggelis Giannikas: Blogging: 5 tips for your success. 8

• 
  Daniel Gooch: ACM student volunteers. 8

• 
  Ben Deverett: Student chapter excellence: what makes a successful student chapter? 9

• 
  Michael Zuba: Harvard undergraduates earn silver medal in ACM-ICPC. 10-11

• 
  Wolfgang Richter, Dimitris Mitropoulos: Blogs. 12-14

• 
  Atanu Garai: Seven factors for designing successful mHealth projects. 16-19
• 
  Suranga Nath Kasthurirathne: Designing and developing an open source medical informatics module. 20-23
• 
  Sheena Lewis Erete: Crime prevention technologies in low-income communities. 24-26
• 
  Arjumand Younos: Online education for developing contexts. 27-29
• 
  Nithya Sambasivan: ICTD at the University of California Berkeley. 30-35
• 
  Sumitra Nair: A social scientist sits among ICTD workers. 36-39
• 
  Nithya Sambasivan: Voices in ICT for development. 40-44
• 
  Samantha Merritt: Lessons and opportunities in ICT4D: three things I did not know before I started my research. 46-49
• 
  Kathleen Diga: Facing the African ICTD academic divide. 50-55
• 
  Mark Kamau, Angela Crandall, Kagonya Awori: User experience practices in Nairobi's iHub community. 56-60
• 
  Angela Crandall, Rhoda Omenya: Research at Nairobi's iHub: discovery and sharing. 58
• 
  Ryan Kelly: Matthew Kam: Technology, impact and development. 61

• 
  Jonathan Kola: D-Lab-ICT: spreading ICT innovation: Cambridge, Massachusetts. 62-63

• 
  Finn Kuusisto: ICT for education. 63

• 
  Marinka Zitnik: Iterative numerical methods for nonlinear systems. 64-66

Volume 19, Number 3, Spring 2013

• 
  Peter Kinnaird, Inbal Talgam-Cohen: 'Information wants to be free'. 4-5

• 
  Nick Knight, Jack Poulson: Scientific computing. 7

• 
  Santosh Kalwar: How to review CS papers. 8

• 
  Daniel Gooch: Student contests. 8

• 
  Ben Deverett: Nairobi-Kenya ACM-W student chapter: the challenges and rewards of building a new student chapter. 9

• 
  Lea Rosen: Drones and the digital panopticon. 10
• 
  Dimitris Mitropoulos: Data security in the cloud environment. 11

• 
  V. Balaji: Scientific computing in the age of complexity. 12-17
• 
  Heidi Thornquist, Eric R. Keiter, Sivasankaran Rajamanickam: Electrical modeling and simulation for stockpile stewardship. 18-22
• 
  Gregory A. Newman: A look inside the earth: geophysical imaging of the subsurface. 23-27
• 
  Jeff R. Hammond: Challenges and methods in large-scale computational chemistry applications. 28-31
• 
  David Gleich: Expanders, tropical semi-rings, and nuclear norms: oh my! 32-36
• 
  E. Jason Riedy, David A. Bader: Massive streaming data analytics: a graph-based approach. 37-43
• 
  Noah A. Smith, André F. T. Martins: Linguistic structure prediction with the sparseptron. 44-48
• 
  JeeWhan Choi, Richard W. Vuduc: How much (execution) time and energy does my algorithm cost? 49-51
• 
  Paul Marshall, Henry M. Tufo, Kate Keahey: High-performance computing and the cloud: a match made in heaven or hell? 52-57
• 
  Matan Gavish, David L. Donoho, Amos Onn: Dream applications of verifiable computational results. 58-61
• 
  Adrian Scoica, Arthur S. Bland: Profile Arthur S. Bland: high performance at Oak Ridge laboratory. 62

• 
  Anshul Vikram Pandey: Keio-NUS CUTE center: Singapore. 64-65

• 
  Finn Kuusisto: Supercomputers. 65

• 
  Marinka Zitnik: Matrix function: a "VIP" in linear algebra and its applications. 66-67

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