Sanghi |
Dheeraj |
1993 |
Flow Control in Computer Networks |
Ashok Agrawala |
Youssef |
Adel |
2006 |
SALAM: A Scalable Anchor-Free Localization Algorithms for Wireless Sensor Networks |
Ashok Agrawala |
Yuan |
Shyan-Ming |
1989 |
An Efficient Communication Structure for Decentralized Algorithms with Fault Tolerance |
Ashok Agrawala |
Williams |
Gleneesha |
2014 |
Shrink-Wrapped Security: Tightly Coupling Situation and Security |
Ashok Agrawala |
Pachulski |
Andrew |
2020 |
STRUCTANT: A CONTEXT-AWARE TASK MANAGEMENT FRAMEWORK FOR HETEROGENEOUS COMPUTATIONAL ENVIRONMENTS |
Ashok Agrawala |
Yuan |
Xiaoping |
1991 |
A Decomposition Approach to Real-Time Scheduling on a Single Resource |
Ashok Agrawala |
Lee |
Sung |
1998 |
A Study of Cyclone Technology |
Ashok Agrawala |
Gupta |
Neha |
2012 |
Learning Techniques in Multi-Armed Bandits |
Ashok Agrawala |
Mah |
Matthew |
2011 |
Time-Based Location Techniques Using Inexpensive,
Unsynchronized Clocks in Wireless Networks |
Ashok Agrawala |
Mosse |
Daniel |
1993 |
A Framework for the Development and Deployment of Fault Tolerant Applications in Real-Time Systems |
Ashok Agrawala |
Singhal |
Mukesh |
1986 |
Concurrency Control Algorithms and their Performance in Replicated Database Systems |
Ashok Agrawala |
Yuan |
Yuan |
2007 |
Enabling Dynamic Spectrum Location in Cognitive Radio Networks |
William Arbaugh, Ashok Agrawala |
Noh |
Sam |
1993 |
Characterizing the Execution of Applications on Massively Parallel Systems |
Ashok Agrawala |
Trinh |
Michael |
2006 |
Achieving Global Synchrony in a Distributed System with Free-Running Local Clocks |
Ashok Agrawala |
Lampton |
James |
2015 |
Pig Squeal: Bridging Batch and Streaming
Processing Using
Incremental Updates |
Ashok Agrawala |
Cheng |
Sheng-Tzong |
1995 |
Scheduling and allocation in multiprocessor systems |
Ashok Agrawala |
Ramakrishnan |
K. |
1983 |
The Design and Analysis of Resource Allocation Policies in Distributed Systems |
Ashok Agrawala |
Krishnamoorthy |
Shivsubramani |
2013 |
Rover – II: A Context-Aware Middleware for Pervasive
Computing Environment |
Ashok Agrawala |
Levi |
Shem-Tov |
1988 |
A Methodology for Designing Distributed, Fault-Tolerant, and Reactive Real-Time Operating Systems |
Ashok Agrawala |
Waclawsky |
John |
1989 |
Window dynamics |
Ashok Agrawala |
Ismail |
Heba |
2019 |
Ubiquitous Accessibility Digital-Maps for Smart Cities: Principles and Realization |
Ashok Agrawala |
Almazan |
Christian |
2010 |
Rover: Architectural Support for Exposing and Using
Context |
Ashok Agrawala |
Elsharkawy |
Sameh |
2001 |
Dynamic Real-Time Scheduling in Distributed Environment |
Ashok Agrawala |
Gordon |
Karen |
1981 |
On the construction of representative test workloads |
Ashok Agrawala |
Rauscher |
Tomlinson |
1975 |
Dynamic Problem Oriented Redefinition of Computer Architecture via Microprogramming |
Ashok Agrawala |
Tas |
Nazif |
2010 |
Link Adaptation in Wireless Networks: A
Cross-Layer Approach |
Ashok Agrawala |
Lakshman |
Tirunella |
1986 |
Message-Complexity vs. Delay Tradeoffs in Decentralized Consensus Protocols |
Ashok Agrawala |
Eom |
Hyeonsang |
2003 |
Improving link-state routing |
Ashok Agrawala |
Mohr |
Jeffrey |
1980 |
On the characterization of computer systems' workloads |
Ashok Agrawala |
Nadeem |
Tamer |
2006 |
Efficient Cross Layer Designs for IEEE 802.11 |
Ashok Agrawala |
Thareja |
Ashok |
1982 |
Buffer Allocation Policies For Message Switching Networks |
Ashok Agrawala |
Hwang |
Shyh-In |
1995 |
Time-Based Off-line Overload Scheduling for Hard Real-Time Systems |
Ashok Agrawala |
Lakshman |
T.V. |
1986 |
Message-Complexity vs. Delay Tradeoffs in Decentralized Consensus Protocols |
Ashok Agrawala |
Larsen |
Ronald |
1981 |
Control of Multiple Exponential Servers with Applications to Computer Systems |
Ashok Agrawala |
Woo |
Nam |
1983 |
A Pragmatic Parallel Computation Model and its Computer Architecture |
Ashok Agrawala |
Katz |
Moshe Matanya |
2023 |
Software-Defined Software |
Ashok Agrawala |
Choi |
Seonho |
1997 |
Dynamic time-based scheduling for hard real-time systems |
Ashok Agrawala |
Mitrokhin |
Anton |
2020 |
Motion Segmentation and Egomotion Estimation with Event-Based Cameras |
John Aloimonos |
Shulman |
David |
1991 |
A theory of discontinuous regularization |
John Aloimonos |
Guha |
Anupam |
2017 |
Data Methods for Reference Resolution in Different Modalities |
John Aloimonos |
Guerra-Filho |
Gutemberg |
2007 |
A Sensory-Motor Linguistic Framework for Human Activity Understanding |
John Aloimonos |
Sullins |
John |
1990 |
Distributed learning: Motion in constraint space |
John Aloimonos |
Huang |
Liuqing |
1993 |
Qualitative visuo-motor coordination |
John Aloimonos |
Nelson |
Randal |
1988 |
Visual navigation |
John Aloimonos |
Rivlin |
Ehud |
1993 |
Purposive recognition |
John Aloimonos |
Summers-Stay |
Douglas |
2014 |
Productive Vision: Methods for Automatic Image Comprehension |
John Aloimonos |
Claudino |
Leonardo |
2017 |
Action Compositionality with Focus on Neurodevelopmental Disorders |
John Aloimonos |
Ji |
Hui |
2006 |
A Holistic Approach to Structure from Motion |
John Aloimonos |
Neuman |
Jan |
2004 |
Computer Vision in the Space of Light Rays: Plenoptic Video Geometry and Polydioptric Camera Design |
John Aloimonos |
Sharma |
Rajeev |
1993 |
Visual interception |
John Aloimonos |