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Aspen Olmsted
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2020 – today
- 2022
- [c47]Sreejith Gopinath, Aspen Olmsted:
Safeguarding National Security Interests Utilizing Location-Aware Camera Devices. FTC (2) 2022: 354-371 - [i2]Sreejith Gopinath, Aspen Olmsted:
Mitigating the Effects of Ransomware Attacks on Healthcare Systems. CoRR abs/2202.06108 (2022) - [i1]Sreejith Gopinath, Aspen Olmsted:
Safeguarding National Security Interests Utilizing Location-Aware Camera Devices. CoRR abs/2205.03330 (2022) - 2021
- [c46]Kevin Zhang, Aspen Olmsted
:
Examining Autonomous Vehicle Operating Systems Vulnerabilities using a Cyber-Physical Approach. ITSC 2021: 976-981
2010 – 2019
- 2017
- [c45]Aspen Olmsted
:
Entity identity, performance, and storage. ICITST 2017: 155-160 - [c44]Luis F. Mejia-Ricart, Paul Helling, Aspen Olmsted
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Evaluate action primitives for human activity recognition using unsupervised learning approach. ICITST 2017: 186-188 - [c43]Pasha Sadeghian, Casey Wilson, Stephen Goeddel, Aspen Olmsted
:
Classification of music by composer using fuzzy min-max neural networks. ICITST 2017: 189-192 - [c42]Pasha Sadeghian, Aspen Olmsted
:
Assessment of fuzzy min-max neural networks for classification tasks. ICITST 2017: 193-196 - [c41]Huicong Loi, Aspen Olmsted
:
Low-cost detection of backdoor malware. ICITST 2017: 197-198 - [c40]Walter Blair, Aspen Olmsted
, Paul Anderson:
Docker vs. KVM: Apache spark application performance and ease of use. ICITST 2017: 199-201 - [c39]Ryan Lile, Aspen Olmsted
:
Meaningful sandbox data. ICITST 2017: 203-204 - [c38]Elizabeth Healy, Husna Siddiqui, Aspen Olmsted
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Classifying influenza outbreaks by analyzing and filtering Twitter data. ICITST 2017: 205-207 - [c37]Casey Wilson, Aspen Olmsted
:
Handling an organization's communication needs with a single web service. ICITST 2017: 208-209 - [c36]Andrew Bissada, Aspen Olmsted
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Mobile multi-factor authentication. ICITST 2017: 210-211 - [c35]William Kennedy, Aspen Olmsted
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Three factor authentication. ICITST 2017: 212-213 - [c34]Ahana Roy, Aspen Olmsted
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Distributed query processing and data sharing. ICITST 2017: 221-224 - [c33]Thomas Nash, Aspen Olmsted
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Performance vs. security: Implementing an immutable database in MySQL. ICITST 2017: 290-291 - [c32]Paul Helling, Ahana Roy, Aspen Olmsted
:
Effects of lexicon size on solving bananagrams. ICITST 2017: 339-341 - [c31]Wayne Chen, Aspen Olmsted
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Considerations for OSV over Linux-based virtual machines. ICITST 2017: 346-348 - [c30]Thomas Briggs, Aspen Olmsted
:
Client side calculation of 'bacon number'. ICITST 2017: 356-358 - [c29]Cameron Hamilton, Aspen Olmsted
:
Database multi-factor authentication via pluggable authentication modules. ICITST 2017: 367-368 - [c28]Blake Badders, Aspen Olmsted
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Improve CRUD performance on hierarchical data: Nested interval model vs. nested set model. ICITST 2017: 370-371 - [c27]Stephen Goeddel, Pasha Sadeghian, Aspen Olmsted
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Weighing the shopping benefits of a smarter refrigerator. ICITST 2017: 377-378 - [c26]Preston T. Owens, Aspen Olmsted
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Optimizing synchronization of cloud storage services: Combining benchmark monitoring and learning-based framework. ICITST 2017: 379-380 - [c25]Husna Siddiqui, Aspen Olmsted
, Brendan Keane:
Venmo: Exposing a user's lifestyle. ICITST 2017: 403-404 - [c24]Ahana Roy, Louis Mejia, Paul Helling, Aspen Olmsted
:
Automation of cyber-reconnaissance: A Java-based open source tool for information gathering. ICITST 2017: 424-426 - [c23]Thomas Nash, Aspen Olmsted
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shinySDM: Point and click species distribution modeling. ICITST 2017: 450-451 - [c22]Seth Stoudenmier, Aspen Olmsted
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Efficient retrieval of information from hierarchical REST requests. ICITST 2017: 452-454 - [c21]Husna Siddiqui, Elizabeth Healy, Aspen Olmsted
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Bot or not. ICITST 2017: 462-463 - [c20]Walter Blair, Aspen Olmsted
, Paul Anderson:
Spark framework for transcriptomic trimming algorithm reduces cost of reading multiple input files. ICITST 2017: 469-471 - [c19]Luis F. Mejia-Ricart, Aspen Olmsted
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Avoiding unnecessary deaths: Drag-Back, a deadlock avoidance model. ICITST 2017: 472-474 - [c18]Casey Wilson, Anna V. Sandifer, Aspen Olmsted
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Designing an assembly language using MIT App inventor. ICITST 2017: 491-493 - [c17]Wren Chan, Aspen Olmsted
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Ethereum transaction graph analysis. ICITST 2017: 498-500 - [c16]Anna V. Sandifer, Casey Wilson, Aspen Olmsted
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Detection of fake online hotel reviews. ICITST 2017: 501-502 - 2016
- [c15]Aspen Olmsted
:
Modeling cloud applications for partition contingency. ICITST 2016: 230-234 - [c14]Madeline Little, Aspen Olmsted
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Temporal resource scheduling equity. ICITST 2016: 297-299 - 2015
- [c13]Aspen Olmsted:
Keynote speaker 3: Secure software engineering in the cloud. ICITST 2015: 19 - [c12]Aspen Olmsted
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Long running, consistent, web service transactions. ICITST 2015: 139-144 - [c11]Clinton Medbery, Aspen Olmsted
:
HeartSync: Mobile pacemaker failure detector. ICITST 2015: 277-279 - [c10]Aspen Olmsted:
Keynote speaker 3. WCICSS 2015: 12 - [c9]Aspen Olmsted:
Keynote speaker 2: Secure software engineering in the cloud. WorldCIS 2015: 12 - [c8]Aspen Olmsted
:
Ecurrency threat modeling and hardening. WorldCIS 2015: 49-54 - [c7]Matt Piazza, Aspen Olmsted
:
Founding a cybersecurity club in a higher education environment: A case study. WorldCIS 2015: 139-143 - 2014
- [c6]Aspen Olmsted
, RoxAnn H. Stalvey:
Highly available, consistent, business rule filters. ICITST 2014: 125-130 - 2013
- [c5]Aspen Olmsted
, Csilla Farkas:
Web Service constraint optimization. ICITST 2013: 270-275 - [c4]Aspen Olmsted
, Csilla Farkas:
Coarse Grained Web Service Availability, Consistency, and Durability. ICWS 2013: 619-620 - 2012
- [c3]Edward Pharr, Aspen Olmsted
, Paul E. Anderson:
gLIMS: Google cloud-based laboratory information management system for NMR metabolomics. BCB 2012: 595-597 - [c2]Aspen Olmsted, Csilla Farkas:
High volume web service resource consumption. ICITST 2012: 275-280 - [c1]Aspen Olmsted
, Csilla Farkas:
The cost of increased transactional correctness and durability in distributed databases. IRI 2012: 441-448
Coauthor Index
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last updated on 2024-04-25 05:48 CEST by the dblp team
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