| Aberg, I. |
| 363 |
see Antoniadis, D. A. |
| Abraham, D. W., P. L. Trouilloud, and D. C. Worledge |
| 55 |
Rapid-turnaround characterization methods for MRAM development |
| Agarwal, R. C., K. Gupta, S. Jain, and S. Amalapurapu |
| 149 |
An approximation to the greedy algorithm for differential compression |
| Agerwala, T., and M. Gupta |
| 173 |
Systems research challenges: A scale-out perspective |
| Amalapurapu, S. |
| 149 |
see Agarwal, R. C. |
| Antoniadis, D. A., I. Aberg, C. Ní Chléirigh, O. M. Nayfeh, A. Khakifirooz, and J. L. Hoyt |
| 363 |
Continuous MOSFET performance increase with device scaling: The role of strain and channel material innovations |
| Assefa, S. |
| 41 |
see Gaidis, M. C. |
| Bacon, D. F., and X. Shen |
| 209 |
Braids and fibers: Language constructs with architectural support for adaptive responses to memory latencies |
| Baugh, L., and C. Zilles |
| 287 |
Decomposing the load–store queue by function for power reduction and scalability |
| Becker-Szendy, R. A. |
| 181 |
see Wilcke, W. W. |
| Bedell, S. W. |
| 377 |
see Shang, H. |
| Belluomini, W., D. Jamsek, A. K. Martin, C. McDowell, R. K. Montoye, H. C. Ngo, and J. Sawada |
| 277 |
Limited switch dynamic logic circuits for high-speed low-power circuit design |
| Bernevig, B. A., and S. Zhang |
| 141 |
Toward dissipationless spin transport in semiconductors |
| Bernstein, K., D. J. Frank, A. E. Gattiker, W. Haensch, B. L. Ji, S. R. Nassif, E. J. Nowak, D. J. Pearson, and N. J. Rohrer |
| 433 |
High-performance CMOS variability in the 65-nm regime and beyond |
| Bernstein, K. |
| 469 |
see Hanson, S. |
| Bernstein, K. |
| 491 |
see Topol, A. W. |
| Bhushan, M. |
| 451 |
see Ketchen, M. B. |
| Blaauw, D. |
| 469 |
see Hanson, S. |
| Bohrer, P. J. |
| 321 |
see Peterson, J. L. |
| Bosilca, G. |
| 223 |
see Dongarra, J. |
| Brown, P. G. |
| 545 |
see Eckman, B. A. |
| Bryant, A. |
| 339 |
see Haensch, W. |
| Bryant, A. |
| 469 |
see Hanson, S. |
| Burbeck, S., and K. E. Jordan |
| 529 |
An assessment of the role of computing in systems biology |
| Carter, N. P., and A. Hussain |
| 311 |
Modeling wire delay, area, power, and performance in a simulation infrastructure |
| Caşcaval, C., E. Duesterwald, P. F. Sweeney, and R. W. Wisniewski |
| 239 |
Performance and environment monitoring for continuous program optimization |
| Chang, L. |
| 469 |
see Hanson, S. |
| Chen, L. |
| 321 |
see Peterson, J. L. |
| Chen, Z. |
| 223 |
see Dongarra, J. |
| Cheng, A. C., and G. S. Tyson |
| 299 |
High-quality ISA synthesis for low-power cache designs in embedded microprocessors |
| Chtchelkanova, A. Y. |
| 101 |
see Wolf, S. A. |
| Chu, J. O. |
| 377 |
see Shang, H. |
| Das, K. K. |
| 469 |
see Hanson, S. |
| de Tombe, P. P. |
| 583 |
see Hussan, J. |
| DeBrosse, J. K. |
| 25 |
see Maffitt, T. M. |
| DeLisi, C. |
| 631 |
see Holloway, D. T. |
| Demin, O. V. |
| 561 |
see Sorokin, A. |
| Dennard, R. H. |
| 339 |
see Haensch, W. |
| Dokumaci, O. H. |
| 419 |
see Frank, D. J. |
| Dokumaci, O. H. |
| 339 |
see Haensch, W. |
| Dongarra, J., G. Bosilca, Z. Chen, V. Eijkhout, G. E. Fagg, E. Fuentes, J. Langou, P. Luszczek, J. Pjesivac-Grbovic, K. Seymour, H. You, and S. S. Vadhiyar |
| 223 |
Self-adapting numerical software (SANS) effort |
| Dronov, S. |
| 561 |
see Sorokin, A. |
| Duesterwald, E. |
| 239 |
see Caşcaval, C. |
| Eckman, B. A., and P. G. Brown |
| 545 |
Graph data management for molecular and cell biology |
| Eijkhout, V. |
| 223 |
see Dongarra, J. |
| Elnozahy, E. N. |
| 321 |
see Peterson, J. L. |
| Erwin, S. C. |
| 121 |
see Žutić, I. |
| Fabian, J. |
| 121 |
see Žutić, I. |
| Fagg, G. E. |
| 223 |
see Dongarra, J. |
| Fang, L. |
| 249 |
see Kandaswamy, G. |
| Fernandez, K. R. |
| 181 |
see Wilcke, W. W. |
| Fischetti, M. V. |
| 339 |
see Haensch, W. |
| Fleiner, C., R. B. Garner, J. L. Hafner, KK Rao, D. R. Kenchammana-Hosekote, W. W. Wilcke, and J. S. Glider |
| 199 |
Reliability of modular mesh-connected intelligent storage brick systems |
| Fleiner, C. |
| 181 |
see Wilcke, W. W. |
| Franaszek, P. A., L. A. Lastras-Montaño, S. R. Kunkel, and A. C. Sawdey |
| 507 |
Victim management in a cache hierarchy |
| Frank, D. J., W. Haensch, G. Shahidi, and O. H. Dokumaci |
| 419 |
Optimizing CMOS technology for maximum performance |
| Frank, D. J. |
| 433 |
see Bernstein, K. |
| Frank, D. J. |
| 491 |
see Topol, A. W. |
| Frank, M. M. |
| 387 |
see Gusev, E. P. |
| Frank, M. M. |
| 377 |
see Shang, H. |
| Freitas, R. F. |
| 181 |
see Wilcke, W. W. |
| Fuentes, E. |
| 223 |
see Dongarra, J. |
| Gabric, J. A. |
| 25 |
see Maffitt, T. M. |
| Gaidis, M. C., E. J. O'Sullivan, J. J. Nowak, Y. Lu, S. Kanakasabapathy, P. L. Trouilloud, D. C. Worledge, S. Assefa, K. R. Milkove, G. P. Wright, and W. J. Gallagher |
| 41 |
Two-level BEOL processing for rapid iteration in MRAM development |
| Gallagher, W. J., and S. S. P. Parkin |
| 5 |
Development of the magnetic tunnel junction MRAM at IBM: From first junctions to a 16-Mb MRAM demonstrator chip |
| Gallagher, W. J. |
| 41 |
see Gaidis, M. C. |
| Gallagher, W. J. |
| 25 |
see Maffitt, T. M. |
| Gannon, D. |
| 249 |
see Kandaswamy, G. |
| Garner, R. B. |
| 199 |
see Fleiner, C. |
| Garner, R. B. |
| 181 |
see Wilcke, W. W. |
| Gattiker, A. E. |
| 433 |
see Bernstein, K. |
| Ghazal, P. |
| 561 |
see Sorokin, A. |
| Gheith, A. |
| 321 |
see Peterson, J. L. |
| Glider, J. S. |
| 199 |
see Fleiner, C. |
| Glider, J. S. |
| 181 |
see Wilcke, W. W. |
| Goettert, C. |
| 181 |
see Wilcke, W. W. |
| Golding, R. A. |
| 181 |
see Wilcke, W. W. |
| Goryanin, I. |
| 561 |
see Sorokin, A. |
| Gow, E. T. |
| 25 |
see Maffitt, T. M. |
| Guarini, K. W. |
| 377 |
see Shang, H. |
| Guarini, K. W. |
| 491 |
see Topol, A. W. |
| Gupta, K. |
| 149 |
see Agarwal, R. C. |
| Gupta, M. |
| 173 |
see Agerwala, T. |
| Gusev, E. P., V. Narayanan, and M. M. Frank |
| 387 |
Advanced high-κ dielectric stacks with polySi and metal gates: Recent progress and current challenges |
| Gusev, E. P. |
| 377 |
see Shang, H. |
| Haensch, W., E. J. Nowak, R. H. Dennard, P. M. Solomon, A. Bryant, O. H. Dokumaci, A. Kumar, X. Wang, J. B. Johnson, and M. V. Fischetti |
| 339 |
Silicon CMOS devices beyond scaling |
| Haensch, W. |
| 433 |
see Bernstein, K. |
| Haensch, W. |
| 419 |
see Frank, D. J. |
| Haensch, W. |
| 469 |
see Hanson, S. |
| Hafner, J. L. |
| 199 |
see Fleiner, C. |
| Hafner, J. L. |
| 181 |
see Wilcke, W. W. |
| Hanson, S., B. Zhai, K. Bernstein, D. Blaauw, A. Bryant, L. Chang, K. K. Das, W. Haensch, E. J. Nowak, and D. M. Sylvester |
| 469 |
Ultralow-voltage, minimum-energy CMOS |
| Hernandez, M. |
| 181 |
see Wilcke, W. W. |
| Hiramoto, T., M. Saitoh, and G. Tsutsui |
| 411 |
Emerging nanoscale silicon devices taking advantage of nanostructure physics |
| Holloway, D. T., M. A. Kon, and C. DeLisi |
| 631 |
Machine learning methods for transcription data integration |
| Hoyt, J. L. |
| 363 |
see Antoniadis, D. A. |
| Huang, Y. |
| 249 |
see Kandaswamy, G. |
| Huels, H. |
| 181 |
see Wilcke, W. W. |
| Hunter, P. |
| 617 |
see Nickerson, D. |
| Hussain, A. |
| 311 |
see Carter, N. P. |
| Hussan, J., P. P. de Tombe, and J. J. Rice |
| 583 |
A spatially detailed myofilament model as a basis for large-scale biological simulations |
| Ieong, M. |
| 377 |
see Shang, H. |
| Ieong, M. |
| 491 |
see Topol, A. W. |
| Jain, S. |
| 149 |
see Agarwal, R. C. |
| Jamsek, D. |
| 277 |
see Belluomini, W. |
| Jewell, R. H. |
| 321 |
see Peterson, J. L. |
| Ji, B. L. |
| 433 |
see Bernstein, K. |
| Jiang, X., R. Wang, R. M. Shelby, and S. S. P. Parkin |
| 111 |
Highly efficient room-temperature tunnel spin injector using CoFe/MgO(001) |
| Johnson, J. B. |
| 339 |
see Haensch, W. |
| Jordan, K. E. |
| 529 |
see Burbeck, S. |
| Kahn, H. |
| 181 |
see Wilcke, W. W. |
| Kanakasabapathy, S. |
| 41 |
see Gaidis, M. C. |
| Kandaswamy, G., L. Fang, Y. Huang, S. Shirasuna, S. Marru, and D. Gannon |
| 249 |
Building web services for scientific grid applications |
|
| Kenchammana-Hosekote, D. R. |
| 199 |
see Fleiner, C. |
| Kenchammana-Hosekote, D. R. |
| 181 |
see Wilcke, W. W. |
| Ketchen, M. B., and M. Bhushan |
| 451 |
Product-representative “at speed” test structures for CMOS characterization |
| Khakifirooz, A. |
| 363 |
see Antoniadis, D. A. |
| Kharbutli, M. |
| 261 |
see Shetty, R. |
| Kistler, M. D. |
| 321 |
see Peterson, J. L. |
| Kon, M. A. |
| 631 |
see Holloway, D. T. |
| Kumar, A. |
| 339 |
see Haensch, W. |
| Kumar, A. |
| 491 |
see Topol, A. W. |
| Kunkel, S. R. |
| 507 |
see Franaszek, P. A. |
| La Tulipe, D. C., Jr. |
| 491 |
see Topol, A. W. |
| Lamorey, M. C. |
| 25 |
see Maffitt, T. M. |
| Langou, J. |
| 223 |
see Dongarra, J. |
| Lastras-Montaño, L. A. |
| 507 |
see Franaszek, P. A. |
| Lenk, H. |
| 181 |
see Wilcke, W. W. |
| Loo, T. |
| 181 |
see Wilcke, W. W. |
| Lu, Y. |
| 41 |
see Gaidis, M. C. |
| Luszczek, P. |
| 223 |
see Dongarra, J. |
| Maeurer, T. R |
| 321 |
see Peterson, J. L. |
| Maffitt, T. M., J. K. DeBrosse, J. A. Gabric, E. T. Gow, M. C. Lamorey, J. S. Parenteau, D. R. Willmott, M. A. Wood, and W. J. Gallagher |
| 25 |
Design considerations for MRAM |
| Malone, S. A. |
| 321 |
see Peterson, J. L. |
| Marru, S. |
| 249 |
see Kandaswamy, G. |
| Martin, A. K. |
| 277 |
see Belluomini, W. |
| McDowell, C. |
| 277 |
see Belluomini, W. |
| Milkove, K. R. |
| 41 |
see Gaidis, M. C. |
| Miller, B. |
| 575 |
see Podowski, R. M. |
| Mohiuddin, K. M. |
| 181 |
see Wilcke, W. W. |
| Montoye, R. K. |
| 277 |
see Belluomini, W. |
| Murrell, D. B. |
| 321 |
see Peterson, J. L. |
| Narayanan, V. |
| 387 |
see Gusev, E. P. |
| Nash, M. |
| 617 |
see Nickerson, D. |
| Nassif, S. R. |
| 433 |
see Bernstein, K. |
| Nayfeh, O. M. |
| 363 |
see Antoniadis, D. A. |
| Needel, N. |
| 321 |
see Peterson, J. L. |
| Ngo, H. C. |
| 277 |
see Belluomini, W. |
| Ní Chléirigh, C. |
| 363 |
see Antoniadis, D. A. |
| Nickerson, D., M. Nash, P. Nielsen, N. Smith, and P. Hunter |
| 617 |
Computational multiscale modeling in the IUPS Physiome Project: Modeling cardiac electromechanics |
| Nielsen, P. |
| 617 |
see Nickerson, D. |
| Nielsen, U. B. |
| 645 |
see Schoeberl, B. |
| Nowak, E. J. |
| 433 |
see Bernstein, K. |
| Nowak, E. J. |
| 339 |
see Haensch, W. |
| Nowak, E. J. |
| 469 |
see Hanson, S. |
| Nowak, J. J. |
| 41 |
see Gaidis, M. C. |
| O'Sullivan, E. J. |
| 41 |
see Gaidis, M. C. |
| Paliy, K. |
| 561 |
see Sorokin, A. |
| Papin, J. A. |
| 601 |
see Peirce, S. M. |
| Parenteau, J. S. |
| 25 |
see Maffitt, T. M. |
| Parkin, S. S. P. |
| 5 |
see Gallagher, W. J. |
| Parkin, S. S. P. |
| 111 |
see Jiang, X. |
| Paxson, R. |
| 645 |
see Schoeberl, B. |
| Pearson, D. J. |
| 433 |
see Bernstein, K. |
| Peirce, S. M., T. C. Skalak, and J. A. Papin |
| 601 |
Multiscale biosystems integration: Coupling intracellular network analysis with tissue-patterning simulations |
| Peterson, J. L., P. J. Bohrer, L. Chen, E. N. Elnozahy, A. Gheith, R. H. Jewell, M. D. Kistler, T. R. Maeurer, S. A. Malone, D. B. Murrell, N. Needel, K. Rajamani, M. A. Rinaldi, R. O. Simpson, K. Sudeep, and L. Zhang |
| 321 |
Application of full-system simulation in exploratory system design and development |
| Picunko, T. |
| 181 |
see Wilcke, W. W. |
| Pjesivac-Grbovic, J. |
| 223 |
see Dongarra, J. |
| Podowski, R. M., B. Miller, and W. W. Wasserman |
| 575 |
Visualization of complementary systems biology data with parallel heatmaps |
| Prvulovic, M. |
| 261 |
see Shetty, R. |
| Rajamani, K. |
| 321 |
see Peterson, J. L. |
| Rao, KK |
| 199 |
see Fleiner, C. |
| Rao, KK |
| 181 |
see Wilcke, W. W. |
| Rice, J. J. |
| 583 |
see Hussan, J. |
| Ries, M. |
| 181 |
see Wilcke, W. W. |
| Rinaldi, M. A. |
| 321 |
see Peterson, J. L. |
| Rohrer, N. J. |
| 433 |
see Bernstein, K. |
| Rubin, B. J. |
| 181 |
see Wilcke, W. W. |
| Saitoh, M. |
| 411 |
see Hiramoto, T. |
| Sawada, J. |
| 277 |
see Belluomini, W. |
| Sawdey, A. C. |
| 507 |
see Franaszek, P. A. |
| Schoeberl, B., U. B. Nielsen, and R. Paxson |
| 645 |
Model-based design approaches in drug discovery: A parallel to traditional engineering approaches |
| Selkov, A. |
| 561 |
see Sorokin, A. |
| Seymour, K. |
| 223 |
see Dongarra, J. |
| Shahidi, G. |
| 419 |
see Frank, D. J. |
| Shang, H., M. M. Frank, E. P. Gusev, J. O. Chu, S. W. Bedell, K. W. Guarini, and M. Ieong |
| 377 |
Germanium channel MOSFETs: Opportunities and challenges |
| Shelby, R. M. |
| 111 |
see Jiang, X. |
| Shen, X. |
| 209 |
see Bacon, D. F. |
| Shetty, R., M. Kharbutli, Y. Solihin, and M. Prvulovic |
| 261 |
HeapMon: A helper-thread approach to programmable, automatic, and low-overhead memory bug detection |
| Shi, L. |
| 491 |
see Topol, A. W. |
| Shirasuna, S. |
| 249 |
see Kandaswamy, G. |
| Simpson, R. O. |
| 321 |
see Peterson, J. L. |
| Singco, G. U. |
| 491 |
see Topol, A. W. |
| Skalak, T. C. |
| 601 |
see Peirce, S. M. |
| Smith, N. |
| 617 |
see Nickerson, D. |
| Smolin, K. |
| 181 |
see Wilcke, W. W. |
| Solihin, Y. |
| 261 |
see Shetty, R. |
| Solomon, P. M. |
| 339 |
see Haensch, W. |
| Sorokin, A., K. Paliy, A. Selkov, O. V. Demin, S. Dronov, P. Ghazal, and I. Goryanin |
| 561 |
The Pathway Editor: A tool for managing complex biological networks |
| Steen, S. E. |
| 491 |
see Topol, A. W. |
| Sudeep, K. |
| 321 |
see Peterson, J. L. |
| Sun, J. Z. |
| 81 |
Spin angular momentum transfer in current-perpendicular nanomagnetic junctions |
| Sweeney, P. F. |
| 239 |
see Caşcaval, C. |
| Sylvester, D. M. |
| 469 |
see Hanson, S. |
| Topol, A. W., D. C. La Tulipe, Jr., L. Shi, D. J. Frank, K. Bernstein, S. E. Steen, A. Kumar, G. U. Singco, A. M. Young, K. W. Guarini, and M. Ieong |
| 491 |
Three-dimensional integrated circuits |
| Treger, D. M. |
| 101 |
see Wolf, S. A. |
| Trouilloud, P. L. |
| 55 |
see Abraham, D. W. |
| Trouilloud, P. L. |
| 41 |
see Gaidis, M. C. |
| Tsutsui, G. |
| 411 |
see Hiramoto, T. |
| Tyson, G. S. |
| 299 |
see Cheng, A. C. |
| Vadhiyar, S. S. |
| 223 |
see Dongarra, J. |
| Wang, R. |
| 111 |
see Jiang, X. |
| Wang, X. |
| 339 |
see Haensch, W. |
| Wassermen, W. W. |
| 575 |
see Podowski, R. M. |
| Wilcke, W. W., R. B. Garner, C. Fleiner, R. F. Freitas, R. A. Golding, J. S. Glider, D. R. Kenchammana-Hosekote, J. L. Hafner, K. M. Mohiuddin, KK Rao, R. A. Becker-Szendy, T. M. Wong, O. A. Zaki, M. Hernandez, K. R. Fernandez, H. Huels, H. Lenk, K. Smolin, M. Ries, C. Goettert, T. Picunko, B. J. Rubin, H. Kahn, and T. Loo |
| 181 |
IBM Intelligent Bricks project—Petabytes and beyond |
| Wilcke, W. W. |
| 199 |
see Fleiner, C. |
| Willmott, D. R. |
| 25 |
see Maffitt, T. M. |
| Wisniewski, R. W. |
| 239 |
see Caşcaval, C. |
| Wolf, S. A., A. Y. Chtchelkanova, and D. M. Treger |
| 101 |
Spintronics—A retrospective and perspective |
| Wong, T. M. |
| 181 |
see Wilcke, W. W. |
| Wood, M. A. |
| 25 |
see Maffitt, T. M. |
| Worledge, D. C. |
| 69 |
Single-domain model for toggle MRAM |
| Worledge, D. C. |
| 55 |
see Abraham, D. W. |
| Worledge, D. C. |
| 41 |
see Gaidis, M. C. |
| Wright, G. P. |
| 41 |
see Gaidis, M. C. |
| You, H. |
| 223 |
see Dongarra, J. |
| Young, A. M. |
| 491 |
see Topol, A. W. |
| Zaki, O. A. |
| 181 |
see Wilcke, W. W. |
| Zhai, B. |
| 469 |
see Hanson, S. |
| Zhang, L. |
| 321 |
see Peterson, J. L. |
| Zhang, S. |
| 141 |
see Bernevig, B. A. |
| Zilles, C. |
| 287 |
see Baugh, L. |
| Žutić, I., J. Fabian, and S. C. Erwin |
| 121 |
Bipolar spintronics: Fundamentals and applications |
|