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NIMS Laboratory Systems

Authors :
Roja Bandari
Roja Bandari
Victor Chen
Willie Chen
Wendy Gwo
Yeung Lam
Eric Lin
Kris Porter
Rachel Scollans
Michael Stealey
Lynn Wang
Eric Yuen
Maxim Batalin
Robert Gilbert
Jason Gordon
Aman Kansal
Xiangming Kong
Duo Liu
Chris Lucas
Richard Pon
Mohammad Rahimi
Nithya Ramanathan
Lisa Shirachi
Arun Somasundara
Jeffrey Tseng
Ashutosh Verma
Winston Wu
Yan Yu
Richard Ambrose
Deborah Estrin
Michael Hamilton
Mark Hansen
Tom Harmon
Jenny Jay
William J. Kaiser
Gregory J. Pottie
Mani
Roja Bandari
Roja Bandari
Victor Chen
Willie Chen
Wendy Gwo
Yeung Lam
Eric Lin
Kris Porter
Rachel Scollans
Michael Stealey
Lynn Wang
Eric Yuen
Maxim Batalin
Robert Gilbert
Jason Gordon
Aman Kansal
Xiangming Kong
Duo Liu
Chris Lucas
Richard Pon
Mohammad Rahimi
Nithya Ramanathan
Lisa Shirachi
Arun Somasundara
Jeffrey Tseng
Ashutosh Verma
Winston Wu
Yan Yu
Richard Ambrose
Deborah Estrin
Michael Hamilton
Mark Hansen
Tom Harmon
Jenny Jay
William J. Kaiser
Gregory J. Pottie
Mani
Publication Year :
2005

Abstract

Following in the footsteps of the field Networked Infomechanical Systems (NIMS) currently deployed at the James San Jacinto Mountain Reserve in Idyllwild California, two smaller scale NIMS architectures have emerged. The Laboratory Systems (NIMS-LS) provides an experimental testbed for verification of actuated sensing of environmental phenomena. The NIMS-LS System also includes emulation of environmental phenomena (i.e. light distribution in ecosystems). The Rapidly Deployable (NIMS-RD) platform provides a flexible means of sampling environmental phenomena directly with minimal infrastructure, rapid deployability and minimal impact on the environment. NIMS-RD has been deployed at the James San Jacinto Mountain Reserve, Medea Creek in the Santa Monica Mountains, Merced River in Merced CA and White Mountains Research Station near Bishop CA.

Details

Database :
OAIster
Notes :
application/pdf
Publication Type :
Electronic Resource
Accession number :
edsoai.on1367699177
Document Type :
Electronic Resource