Results 1 - 10 of 27,833

Table 5. Effective thermal conductivity of NIST Standard Reference Material 1459 measured using the guarded hot plate technique

in Effective Thermal Conductivity of High Temperature Insulations for Reusable Launch Vehicles
by Kamran Daryabeigi 1999
"... In PAGE 10: ... The results of the measurements using the present apparatus are provided in Table 6. The average specimen temperature, the measured effective thermal conductivity using the present apparatus, and the corresponding thermal conductivity measurement from the guarded hot plate data obtained from interpolating data in Table5 are presented. The percentage error between measurements using the current apparatus and the guarded hot plate data are also presented.... ..."
Cited by 1

Table 5. Effective thermal conductivity of NIST Standard Reference Material 1459 measured using the guarded hot plate technique

in Effective Thermal Conductivity of High Temperature Insulations for Reusable Launch Vehicles
by Kamran Daryabeigi Langley
"... In PAGE 10: ... The results of the measurements using the present apparatus are provided in Table 6. The average specimen temperature, the measured effective thermal conductivity using the present apparatus, and the corresponding thermal conductivity measurement from the guarded hot plate data obtained from interpolating data in Table5 are presented. The percentage error between measurements using the current apparatus and the guarded hot plate data are also presented.... ..."

Table 10. Uncertainty budget for NIST customer roundness standards

in Uncertainty and Dimensional Calibrations
by Ted Doiron, John Stoup
"... In PAGE 23: ... 9.8 Summary Table10 gives the uncertainty budget for calibrating roundness standards. Since the thermal and scale uncer- tainties are negligible, the only major source of uncer- tainty is the long term reproducibility of the calibration.... ..."

Table 2. Comparison of effective thermal conductivity measurements on NIST Standard Reference Material 1459 using the present apparatus and the guarded hot plate technique

in Analysis and Testing of High Temperature Fibrous Insulation for Reusable Launch Vehicles
by Kamran Daryabeigi, Kamran Daryabeigi
Cited by 3

Table 2. Comparison of effective thermal conductivity measurements on NIST Standard Reference Material 1459 using the present apparatus and the guarded hot plate technique

in Analysis and Testing of High Temperature Fibrous Insulation for Reusable Launch Vehicles,” AIAA Paper
by Kamran Daryabeigi, Kamran Daryabeigi
Cited by 3

Table 5. Standard uncertainty for length of NIST master gage blocks

in Uncertainty and Dimensional Calibrations
by Ted Doiron, John Stoup

Table 4 : Standardized NIST SPHERE Header Structure in MoTiV

in CSDC - The MoTiV Car Speech Data Collection
by Detlev Langmann, Hartmut R. Pfitzinger, Tobias Schneider, Robert Grudszus, Alexander Fischer, Martin Westphal, Torsten Crull, Ute Jekosch
"... In PAGE 4: ... The speaker distribution is for the most part gender- balanced (298 female and 343 male speakers) and covers mainly an age range between 20 and 30 years. CSCD1 CSCD2 CSCD3 CSCD 4 Region Bo- chum Munich Karls- ruhe Braun- schweig Magde- deburg Audi A6 5 G3G14 15 BMW 540 63 G3G14 67 12 G14 24 BMW 750I 36 G3G14 37 Ford Escort 32 G3G14 34 Opel Astra 7 Caravan 53 G3G14 55 Renault Safrane 3 G3G14 7 VW- PassatTDI 34 G3G14 30 12 G14 22 48 G3G14 52 Speakers 203 238 100 100 Table4 : Speaker distribution (female + male speaker) Investigations have shown, that an age range between 15 and 60 years is not critical for the error rate of a speech recognizer (Wilpon, J.... In PAGE 4: ... People speaking a strong dialect were not involved. In Table4 more details are given. POSTPROCESSING Filing The NIST SPeech HEader REsources (SPHERE) file format (Garafolo, 1994) has been used as standard file format.... ..."

Table 3. Comparison of performance (EER in %) of (various OR different ) systems in the standard one speaker detection task of the 2001 NIST Speaker Recognition Evaluation Corpus. Approach EER (%) (1) MAP-GMM 12.4

in Probabilistic Latent Prosody Analysis For Robust Speaker Verification,” ICASSP’06
by Zi-he Chen, Zhi-ren Zeng, Yuan-fu Liao, Yau-tarng Juang 2006
"... In PAGE 3: ...and Table3 presents their corresponding EERs. The figure and table demonstrate that the EER of the MAP-GMM is 12.... In PAGE 3: ...2. Prosody state bi-gram speaker models Figure 5 and Table3 present the performances of the prosody state bi-gram model obtained using three-segment-long super- vectors and the Good-Turing smoothing method. (In a preliminary experiment, the three-segment-long super-vector is better than the one-segment super-vector).... In PAGE 3: ... Several combinations of systems were tested. Figure 5 and Table3 present the results. The figure and table demonstrate that the EERs of the MAP-GMM and MAP-GMM+Tnorm were improved from 12.... ..."
Cited by 2

Table 1. Standard Deviation (sr) and 95 % Repeatability Limits (R) for Five Replicate Specimens Tested in the NIST Slug Calorimeter [3, 6] by a Single Operator.

in unknown title
by unknown authors 2007
"... In PAGE 7: ... Table1 . Standard Deviation (sr) and 95 % Repeatability Limits (R) for Five Replicate Specimens Tested in the NIST Slug Calorimeter [3, 6] by a Single Operator.... ..."

Table 8. ANSI/NIST separator characters.

in Fingerprint Minutiae from Latent and Matching Tenprint Images
by Michael D. Garris, R. Michael Mccabe 2000
"... In PAGE 18: ...ntirely ASCII encoded (with the exception of the image data field as described in Section 3.3). A set of non-printable ASCII characters, referred to as separator characters, is used to delimit the data into the standard apos;s hierarchical structures. Table8 lists the one-byte hexadecimal values of... ..."
Cited by 2
Results 1 - 10 of 27,833