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This paper examines recent and future work of the B89.7 and ISO 14253 series of standards. Other recent online information on measurement uncertainty and
Ronald G. Dixson, Theodore V. Vorburger, Angela Guerry, Marylyn H. Bennett, B Bunday
International SEMATECH (ISMT) and the National Institute of Standards and Technology (NIST) are working together to improve the traceability of atomic force
Richard M. Silver, Michael T. Stocker, Ravikiran Attota, M R. Bishop, Jay S. Jun, Egon Marx, M P. Davidson, Robert D. Larrabee
Critical dimensions in current and next generation devices are driving the need for tighter overlay registration tolerances and improved overlay metrology tool
This paper discusses some recent laboratory intercomparisons with emphasis on the success of the uncertainty statement to include the reference value. Some
We review various methods for making optical measurements of flat panel displays (FPDs). In particular, the measurements outlined in the VESA FPDM2 will be
We present a database-assisted design (DAD)-compatible probabilistic procedure for estimating (a)wind effects for any return period and (b) wind load factors
Nicholas Paulter, Donald R. Larson, Jerome J. Blair
The IEEE has revised the now withdrawn IEEE standards on pulse techniques and definitions. This revision includes adding and deleting definitions, clarifying
Aldo Badano, Scott Pappada, Edward F. Kelley, Michael J. Flynn, Sandrine Martin, Jerzy Kanicki
We report on a comparative study that examines four conic luminance probes in their ability to measure small-spot display contrast. We performed linear scans of
Ravikiran Attota, Richard M. Silver, Michael T. Stocker, Egon Marx, Jay S. Jun, M P. Davidson, Robert D. Larrabee
New methods to enhance and improve algorithm performance and data analysis are being developed at NIST for overlay measurement applications. Both experimental
A major challenge for the WLAN technology stems from having to share the 2.4 GHz ISM band with other wireless devices such as Bluetooth radios. The main goal of
Testing tools for Conformance and Interoperability are emerging as a key technology for enabling and maintaining interoperability between e-Business partners
As manufacturing and commerce become ever more global in nature, companies are increasingly dependent upon the efficient and effective exchange of information
D Casa, R Jones, Theodore V. Vorburger, Ndubuisi George Orji, G Barclay, P Bolton, W Wu, E Lin, T Hu
The challenges facing current metrologies based on SEM, AFM, and light scatterometry for technology nodes of 157 nm imaging and beyond suggest that the
N. Sullivan, Ronald G. Dixson, B Bunday, M Mastovich, P Knutruda, P Fabre, R Brandoma
Resist slimming under electron beam exposure introduces significant measurement uncertainty in the metrology of 193 nm resists. Total critical dimension (CD)
Joel L. Seligson, B Golovanevsky, J M. Poplawski, M E. Adel, Richard M. Silver
We have previously reported on an overlay metrology simulation platform, used for modeling both the effects of overlay metrology tool behavior and the impact of
Thomas E. Linnenbrink, W. B. Boyer, Nicholas Paulter, S. J. Tilden
The IEEE TC-10 comprises three working groups that have or are generating standards related to the measurement of signals. One of these groups has recently
It is expected that GMPLS-based recovery could become a viable option for obtaining faster restoration than layer 3 rerouting. Even though dedicated restoration
Christopher J. Scrapper Jr, T. Takeuchi, Tommy Chang, Tsai Hong Hong, Michael O. Shneier
A robotic vehicle needs to understand the terrain and features around it if it is to be able to navigate complex environments such as road systems. By taking
Michael O. Shneier, Tommy Chang, Tsai Hong Hong, Geraldine S. Cheok, Harry A. Scott, Steven Legowik, Alan M. Lytle
We describe a project to collect and disseminate sensor data for autonomous mobility research. Our goals are to provide data of known accuracy and precision to
The realization of on- and off-road autonomous navigation of Unmanned Ground Vehicles (UGVs) requires real-time motion planning in the presence of dynamic
A Takeuchi, Michael O. Shneier, Tsai H. Hong, Christopher J. Scrapper Jr, Geraldine Cheok
Progress in algorithm development and transfer of results to practical applications such as military robotics requires the setup of standard tasks, of standard
Michael D. Janezic, Edward Kuester, James R. Baker-Jarvis
We summarize a theoretical model for the split-cylinder resonator, based on the mode-matching method, for performing nondestructive permittivity and loss
Nelson P. Bryner, William D. Walton, I. A. Mendelssohn, Q. Lin, J. V. Mullin
Twenty-one full-scale in-situ burn experiments examined soil temperatures which marsh plants experience during in-situ burning. Two hundred sixty four plant
Semiconductor metrology developments at NIST have been conducted since the 1950s, covering a wide range of topics, including investigation of the causes of
Alan L. Migdall, D A. Branning, Stefania Castelletto, M J. Ware
As currently implemented, single photon sources cannot be made to producesingle photons with high probability, while simultaneously suppressingthe probability
Vincent M. Stanford, John S. Garofolo, O P. Galibert, Martial Michel, Christophe Laprun
Pervasive Computing devices, sensors, and networks, provide infrastructure for context aware smart meeting rooms that sense ongoing human activities and respond
This paper is concerned with decomposition of heptyl radicals in high temperature combustion environments. Experimental results on the decomposition of n-heptyl