- Efficient Algorithms for Maximum Lifetime Data Gathering and Aggregation in Wireless Sensor Networks1,2
- A System for Low-Cost Access to Very Large Catalogs K. Kalpakis 1 , M. Riggs 1 , M. Pasad 1 , and V. Puttagunta 1
- IEEE TRANSACTIONS ON SOFTWARE ENGINEERING, VOL. XX, NO. Y, MONTH , 199X 1 On a Unified Framework for the Evaluation of
- Distance Measures for Effective Clustering of ARIMA Time-Series Konstantinos Kalpakis, Dhiral Gada, and Vasundhara Puttagunta
- August 26, 2002 TR CS-02-12 Maximum Lifetime Data Gathering and
- kalpakis@csee.umbc.edu Conclusions
- TopologyAware Placement and Role Assignment for Energy-Efficient Information Gathering in Sensor Networks1,2
- UNCORRECTED 2 Collaborative data gathering in wireless sensor networks
- Everywhere Sparse Approximately Optimal Minimum Energy Data Gathering and Aggregation
- Adaptive Methods for Activity Monitoring of Streaming Data Vasundhara Puttagunta and Konstantinos Kalpakis
- A Combinatorial Algorithm for the Maximum Lifetime Data Gathering with Aggregation Problem in Sensor Networks
- Maximum Lifetime Continuous Query Processing in Wireless Sensor Konstantinos Kalpakis,a
- An Efficient Clusteringbased Heuristic for Data Gathering and Aggregation in Sensor Networks1,2
- A Combinatorial Algorithm for the Maximum Lifetime Data Gathering and Aggregation Problem
- Collaborative Data Gathering in Wireless Sensor Networks using Measurement Co-Occurrence
- Algorithmica (2007) 49: 357385 DOI 10.1007/s00453-007-9098-2
- Febuary 11, 2004 TR CS-04-04 Accuracy Vs Lifetime: Linear Sketches for
- Trading Computation & Precision for Energy in Wireless Sensor Networks with Applications
- December 1, 2003 TR CS-03-29 Linear Sketches for Approximate Aggregate
- Adaptive Resource Management for Scalable NetworkAttached Storage Systems
- Performance of Spatial Queries in Object{Relational Database K. Kalpakis 1;2;3 , J. Behnke 4 , M. Pasad 1;2 , and M. Riggs 1;2
- Accuracy Vs. Lifetime: Linear Sketches for Approximate Aggregate Range Queries in Sensor Networks
