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2. TEsoNet: knowledge transfer in surgical phase recognition from laparoscopic sleeve gastrectomy to the laparoscopic part of Ivor–Lewis esophagectomy

Author

Massachusetts Institute of Technology. Computer Science and Artificial Intelligence Laboratory, Eckhoff, J. A., Ban, Y., Rosman, G., Müller, D. T., Hashimoto, D. A., Witkowski, E., Babic, B., Rus, D., Bruns, C., Fuchs, H. F., Meireles, O., Massachusetts Institute of Technology. Computer Science and Artificial Intelligence Laboratory, Eckhoff, J. A., Ban, Y., Rosman, G., Müller, D. T., Hashimoto, D. A., Witkowski, E., Babic, B., Rus, D., Bruns, C., Fuchs, H. F., and Meireles, O.

Abstract

Background Surgical phase recognition using computer vision presents an essential requirement for artificial intelligence-assisted analysis of surgical workflow. Its performance is heavily dependent on large amounts of annotated video data, which remain a limited resource, especially concerning highly specialized procedures. Knowledge transfer from common to more complex procedures can promote data efficiency. Phase recognition models trained on large, readily available datasets may be extrapolated and transferred to smaller datasets of different procedures to improve generalizability. The conditions under which transfer learning is appropriate and feasible remain to be established. Methods We defined ten operative phases for the laparoscopic part of Ivor-Lewis Esophagectomy through expert consensus. A dataset of 40 videos was annotated accordingly. The knowledge transfer capability of an established model architecture for phase recognition (CNN + LSTM) was adapted to generate a “Transferal Esophagectomy Network” (TEsoNet) for co-training and transfer learning from laparoscopic Sleeve Gastrectomy to the laparoscopic part of Ivor-Lewis Esophagectomy, exploring different training set compositions and training weights. Results The explored model architecture is capable of accurate phase detection in complex procedures, such as Esophagectomy, even with low quantities of training data. Knowledge transfer between two upper gastrointestinal procedures is feasible and achieves reasonable accuracy with respect to operative phases with high procedural overlap. Conclusion Robust phase recognition models can achieve reasonable yet phase-specific accuracy through transfer learning and co-training between two related procedures, even when exposed to small amounts of training data of the target procedure. Further exploration is required to determine appropriate data amounts, key characteristics of the training procedure and temporal annotation methods required for success

Published
2023

3. How effective is laparoscopic redo-antireflux surgery?

Author

Fuchs, K. H., Breithaupt, W., Varga, G., Babic, B., Eckhoff, J., Meining, A., Fuchs, K. H., Breithaupt, W., Varga, G., Babic, B., Eckhoff, J., and Meining, A.

Abstract

Background: The failure-rate after primary antireflux surgery ranges from 3 to 30%. Reasons for failures are multifactorial. The aim of this study is to gain insight into the complex reasons for, and management of, failure after antireflux surgery. Methods: Patients were selected for redo-surgery after a diagnostic workup consisting of history and physical examination, upper gastrointestinal endoscopy, quality-of-life assessment, screening for somatoform disorders, esophageal manometry, 24-hour-pH-impedance monitoring, and selective radiographic studies such as Barium-sandwich for esophageal passage and delayed gastric emptying. Perioperative and follow-up data were compiled between 2004 and 2017. Results: In total, 578 datasets were analyzed. The patient cohort undergoing a first redo-procedure (n = 401) consisted of 36 patients after in-house primary LF and 365 external referrals (mean age: 62.1 years [25-87]; mean BMI 26 [20-34]). The majority of patients underwent a repeated total or partial laparoscopic fundoplication. Major reasons for failure were migration and insufficient mobilization during the primary operation. With each increasing number of required redo-operations, the complexity of the redo-procedure itself increased, follow-up quality-of-life decreased (GIQLI: 106; 101; and 100), and complication rate increased (intraoperative: 6,4-10%; postoperative: 4,5-19%/first to third redo). After three redo-operations, resections were frequently necessary (morbidity: 42%). Conclusions: Providing a careful patient selection, primary redo-antireflux procedures have proven to be highly successful. It is often the final chance for a satisfying result may be achieved upon performing a second redo-procedure. A third revision may solve critical problems, such as severe pain and/or inadequate nutritional intake. When resection is required, quality of life cannot be entirely normalized.

Published
2022

6. How effective is laparoscopic redo-antireflux surgery?

Author

Fuchs, K H, Breithaupt, W, Varga, G, Babic, B, Eckhoff, J, and Meining, A

Subjects
FUNDOPLICATION, LAPAROSCOPIC surgery, GASTRIC emptying, PATIENT selection, SOMATOFORM disorders, MEDICAL screening
Abstract

Background: The failure-rate after primary antireflux surgery ranges from 3 to 30%. Reasons for failures are multifactorial. The aim of this study is to gain insight into the complex reasons for, and management of, failure after antireflux surgery. Methods: Patients were selected for redo-surgery after a diagnostic workup consisting of history and physical examination, upper gastrointestinal endoscopy, quality-of-life assessment, screening for somatoform disorders, esophageal manometry, 24-hour-pH-impedance monitoring, and selective radiographic studies such as Barium-sandwich for esophageal passage and delayed gastric emptying. Perioperative and follow-up data were compiled between 2004 and 2017. Results: In total, 578 datasets were analyzed. The patient cohort undergoing a first redo-procedure (n  = 401) consisted of 36 patients after in-house primary LF and 365 external referrals (mean age: 62.1 years [25–87]; mean BMI 26 [20–34]). The majority of patients underwent a repeated total or partial laparoscopic fundoplication. Major reasons for failure were migration and insufficient mobilization during the primary operation. With each increasing number of required redo-operations, the complexity of the redo-procedure itself increased, follow-up quality-of-life decreased (GIQLI: 106; 101; and 100), and complication rate increased (intraoperative: 6,4–10%; postoperative: 4,5–19%/first to third redo). After three redo-operations, resections were frequently necessary (morbidity: 42%). Conclusions: Providing a careful patient selection, primary redo-antireflux procedures have proven to be highly successful. It is often the final chance for a satisfying result may be achieved upon performing a second redo-procedure. A third revision may solve critical problems, such as severe pain and/or inadequate nutritional intake. When resection is required, quality of life cannot be entirely normalized. [ABSTRACT FROM AUTHOR]

Published
2022
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8. Critical tissue concentration and chloride requirements for wheat

Author

Engel, R.E., Bruckner, P.L., and Eckhoff, J.

Subjects
Wheat -- Research, Chlorides -- Usage, Earth sciences
Abstract

Previous research in the Pacific Northwest and Great Plains has provided evidence that wheat (Triticum aestivum L.) yields are often improved by [Cl.sup.-] fertilization. Published reports on critical tissue concentrations and [Cl.sup.-] requirements for wheat are few in number. Our objectives were to define a critical plant [Cl.sup.-] concentration (head emergence) for maximum yield, develop a [Cl.sup.-] fertilizer recommendation, and determine the effect of [Cl.sup.-] fertilizer on grain protein. Thirty-two field experiments (18 winter and 14 spring wheat) were conducted in Montana between 1988 and 1995. Experiments included comparisons with multiple cultivars and [Cl.sup.-] rates (0-90 kg [ha.sup.-1]). Relative yield vs. plant [Cl.sup.-] concentration relationships were assessed from 219 cultivar x experiment episodes. Three zones of [C.sup.-] status were identified: (i) a deficiency zone, plant [Cl.sup.-]

Published
1998

9. Genetic analysis of stay‐green, yield, and agronomic traits in spring wheat.

Author

Cook, J. P., Acharya, R. K., Martin, J. M., Blake, N. K., Khan, I. J., Heo, H.‐Y., Kephart, K. D., Eckhoff, J., Talbert, L. E., and Sherman, J. D.

Subjects
WHEAT yields, PLANT genes, WHEAT, CHROMOSOMES, ALLELES
Abstract

Hard red spring wheat (Triticum aestivum L.) grown in rainfed environments in the northern Great Plains of North America frequently encounter drought and heat stress during grain‐fill, thus reducing yield. Delayed leaf senescence after heading, known as the stay‐green trait, has been found to help spring wheat tolerate drought and heat stress during grain‐fill. To better understand how the stay‐green trait relates to expression of other agronomic traits, data was analyzed from a recombinant inbred line (RIL) population derived from a 'Vida'/MTHW0202 cross grown in rainfed and irrigated environments. The genetic architecture controlling traits measured in this study were also examined. Results found the stay‐green trait was significantly correlated to overall yield (P <.001, r =.37) in rain‐fed environments, but was not significantly correlated to yield (P =.26, r =.09) in irrigated environments. Three quantitative trait loci (QTL) located on chromosomes 2D, 4A, and 4D were associated with the stay‐green trait. The 4A stay‐green QTL, previously designated QGfd.mst‐4A, was collocated with QTL for seed number per head, thousand kernel weight, and heading date. The 4D stay‐green QTL overlaps the Rht‐D1 plant height gene, and the allele prolonging the stay‐green period co‐segregates with the wild‐type (tall) Rht‐D1a allele. Results from this study provide a better understanding of the relationship between stay‐green and agronomic traits in rainfed vs. irrigated environments. Additionally, understanding the genetic architecture controlling stay‐green and agronomic traits will aid in selecting future drought‐tolerant spring wheat varieties. [ABSTRACT FROM AUTHOR]

Published
2021
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10. Registration of ‘Spur’ Hard Red Winter Wheat

Author

Berg, J. E., primary, Hofer, P. J., additional, Kephart, K. D., additional, Stougaard, R. N., additional, Lamb, P. F., additional, Miller, J. H., additional, Wichman, D. M., additional, Eckhoff, J. L., additional, Eberle, C. A., additional, Nash, D. L., additional, Holen, D. L., additional, Cook, J. P., additional, Gale, S., additional, Jin, Y., additional, Chen, X., additional, Moore, M. D., additional, Kennedy, K. A., additional, and Bruckner, P. L., additional

Published
2018
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11. Registration of ‘NS Presser CLP’ Hard Red Spring Wheat

Author

Heo, H.-Y., primary, Blake, N. K., additional, Lanning, S. P., additional, Lamb, P. F., additional, Nash, D., additional, Wichman, D. M., additional, Kephart, K. D., additional, Stougaard, R. N., additional, Miller, J. H., additional, Reddy, G. V. P., additional, Eckhoff, J. L., additional, Chen, C., additional, Menalled, F., additional, Davis, E., additional, and Talbert, L. E., additional

Published
2017
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13. Plastische Rekonstruktionsverfahren im Gesicht nach Hauttumorresektion – Eine topographische Analyse

Author

Masumbuku, L, Eckhoff, J, and Handschin, A

Subjects
Ästhetik, ddc: 610, Gesicht, 610 Medical sciences, Medicine, plastische Rekonstruktionen, Hauttumoren, lokale Lappenplastiken
Abstract

Einleitung: Die UV-abhängigen Hauttumore (Basalzellkarzinom, malignes Melanom, Plattenepithelkarzinom) erfordern in zunehmendem Maße nach einer lokalen Tumorresektion im Gesicht eine plastische Rekonstruktion. Neben den Hauttumoren kann eine Defektdeckung im Gesicht aber auch durch angeborene[zum vollständigen Text gelangen Sie über die oben angegebene URL], 46. Jahrestagung der Deutschen Gesellschaft der Plastischen, Rekonstruktiven und Ästhetischen Chirurgen (DGPRÄC), 20. Jahrestagung der Vereinigung der Deutschen Ästhetisch-Plastischen Chirurgen (VDÄPC)

Published
2015
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14. Registration of ‘Lanning’ Hard Red Spring Wheat

Author

Heo, H.-Y., primary, Lanning, S. P., additional, Lamb, P. F., additional, Nash, D., additional, Wichman, D. M., additional, Kephart, K. D., additional, Stougaard, R. N., additional, Miller, J., additional, Reddy, G.V.P., additional, Chen, C., additional, Eckhoff, J. L., additional, Grey, W. E., additional, Blake, N. K., additional, and Talbert, L. E., additional

Published
2016
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17. Registration of 'Valier' barley. (Registrations Of Cultivars)

Author

Blake, T., Bowman, J.G.P., Hensleigh, P., Kushnak, G., Carlson, G., Welty, L., Eckhoff, J., Kephart, K., Wichman, D., and Hayes, P.M.

Subjects
Montana State University, Agricultural industry, Business
Abstract

`Valier', a two-rowed spring feed barley (Hordeum vulgare L.) (Reg. no. CV-301, PI 610264), was developed by the Montana Agricultural Experiment Station and released for commercial production in May 1999. [...]

Published
2002

18. Registration of 'H3860224' barley. (Registrations of Cultivars)

Author

Blake, T., Bowman, J.G.P., Hensleigh, P., Kushnak, G., Carlson, G., Welty, L., Eckhoff, J., Kephart, K., and Wichman, D.

Subjects
Montana State University, Agricultural industry, Business
Abstract

`H3860224', a two-rowed spring feed barley (Hordeum vulgare L.) (Reg. no. CV-300, PI 619102), was developed by the Montana Agricultural Experiment Station and released for commercial production in February 2002. [...]

Published
2002

19. Registration of ‘Egan’ Wheat with Resistance to Orange Wheat Blossom Midge

Author

Blake, N. K., primary, Stougaard, R. N., additional, Bohannon, B., additional, Weaver, D. K., additional, Heo, H.-Y., additional, Lamb, P. F., additional, Nash, D., additional, Wichman, D. M., additional, Kephart, K. D., additional, Miller, J. H., additional, Reddy, G. V. P., additional, Eckhoff, J. L., additional, Grey, W. E., additional, Lanning, S. P., additional, Sherman, J. D., additional, and Talbert, L. E., additional

Published
2014
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20. Registration of ‘WB3768’ Wheat

Author

Berg, J. E., primary, Wichman, D. M., additional, Kephart, K. D., additional, Eckhoff, J. L., additional, Stougaard, R. N., additional, Lamb, P. F., additional, Miller, J. H., additional, Nash, D. L., additional, Grey, W. E., additional, Johnston, M., additional, Gettel, D., additional, Larson, R., additional, Jin, Y., additional, Chen, X., additional, and Bruckner, P. L., additional

Published
2014
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21. Registration of ‘Colter’ Wheat

Author

Berg, J. E., primary, Wichman, D. M., additional, Kephart, K. D., additional, Eckhoff, J. L., additional, Stougaard, R. N., additional, Lamb, P. F., additional, Miller, J. H., additional, Nash, D. L., additional, Grey, W. E., additional, Johnston, M., additional, Gettel, D., additional, Larson, R., additional, Jin, Y., additional, Kolmer, J. A., additional, Chen, X., additional, Bai, G., additional, and Bruckner, P. L., additional

Published
2014
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22. Registration of ‘SY Clearstone 2CL’ Wheat

Author

Berg, J. E., primary, Hofer, P., additional, Davis, E. S., additional, Stougaard, R. N., additional, Kephart, K. D., additional, Lamb, P. F., additional, Wichman, D. M., additional, Eckhoff, J. L., additional, Miller, J. H., additional, Nash, D. L., additional, Grey, W. E., additional, Jin, Y., additional, Chen, X., additional, and Bruckner, P. L., additional

Published
2014
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23. Registration of ‘NS Presser CLP’ Hard Red Spring Wheat

Author

Heo, H.-Y., Blake, N. K., Lanning, S. P., Lamb, P. F., Nash, D., Wichman, D. M., Kephart, K. D., Stougaard, R. N., Miller, J. H., Reddy, G. V. P., Eckhoff, J. L., Chen, C., Menalled, F., Davis, E., and Talbert, L. E.

Abstract

‘NS Presser CLP’ (Reg. No. CV‐1132, PI 679964) hard red spring wheat (Triticum aestivumL.) was developed by the Montana Agricultural Experiment Station and released in 2016 to the commercial partner Northern Seed LLC. NS Presser CLP is a two‐gene Clearfield wheat intended for use with the selective imidazolinone herbicide imazamox (Beyond, BASF Corp.). NS Presser CLP was developed by a single backcross of alleles for resistance to the imidazolinone herbicide class into the recurrent parent ‘Vida’. Vida has been the most widely grown hard red spring wheat cultivar in Montana since 2010. Alleles for herbicide resistance at TaAHAS1Dand TaAHAS1Bwere selected during the backcrossing process and line derivation using polymerase chain reaction markers developed by BASF. Three years of replicated yield trials at a total of 23 sites showed that NS Presser CLP has yield potential under dryland production similar to Vida. NS Presser CLP showed tolerance to a 2× rate of imidazolinone herbicide (87.6 g a.i. ha−1) applied at three testing sites in each of 2 yr. It provides a high‐yielding Clearfield cultivar for dryland production in Montana and surrounding areas.

Published
2018
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24. Registration of ‘WB9879CLP’ Hard Red Spring Wheat

Author

Blake, N. K., primary, Clark, D., additional, Lanning, S. P., additional, Carlson, G. R., additional, Lamb, P. F., additional, Nash, D., additional, Wichman, D. M., additional, Kephart, K. D., additional, Stougaard, R. N., additional, Miller, J., additional, Eckhoff, J. L., additional, Menalled, F., additional, Davis, E., additional, and Talbert, L. E., additional

Published
2013
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25. Registration of ‘Bearpaw’ Wheat

Author

Carlson, G. R., primary, Berg, J. E., additional, Stougaard, R. N., additional, Eckhoff, J. L., additional, Lamb, P. F., additional, Kephart, K. D., additional, Wichman, D. M., additional, Miller, J. H., additional, Riveland, N. R., additional, Nash, D. L., additional, Grey, W. E., additional, Jin, Y., additional, Kolmer, J. A., additional, Chen, X., additional, Bai, G., additional, and Bruckner, P.L., additional

Published
2013
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26. Registration of ‘Judee’ Wheat

Author

Carlson, G. R., primary, Berg, J. E., additional, Kephart, K. D., additional, Wichman, D. M., additional, Lamb, P. F., additional, Miller, J. H., additional, Stougaard, R. N., additional, Eckhoff, J. L., additional, Riveland, N. R., additional, Nash, D. L., additional, Grey, W. E., additional, Jin, Y., additional, Kolmer, J. A., additional, Chen, X., additional, Bai, G., additional, and Bruckner, P. L., additional

Published
2013
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27. Registration of ‘Decade’ Wheat

Author

Riveland, N. R., primary, Berg, J. E., additional, Kephart, K. D., additional, Wichman, D. M., additional, Carlson, G. R., additional, Kushnak, G. D., additional, Stougaard, R. N., additional, Eckhoff, J. L., additional, Nash, D. L., additional, Johnston, M., additional, Grey, W. E., additional, Jin, Y., additional, Chen, X., additional, and Bruckner, P. L., additional

Published
2011
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28. Registration of ‘Duclair’ Hard Red Spring Wheat

Author

Lanning, S. P., primary, Carlson, G. R., additional, Lamb, P. F., additional, Nash, D., additional, Wichman, D. M., additional, Kephart, K. D., additional, Stougaard, R. N., additional, Miller, J., additional, Kushnak, G. D., additional, Eckhoff, J. L., additional, Grey, W. E., additional, Blake, N. K., additional, and Talbert, L. E., additional

Published
2011
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33. Registration of ‘Willow Creek’ Forage Wheat

Author

Cash, S. D., primary, Bruckner, P. L., additional, Wichman, D. M., additional, Kephart, K. D., additional, Berg, J. E., additional, Hybner, R., additional, Hafla, A. N., additional, Surber, L. M. M., additional, Boss, D. L., additional, Carlson, G. R., additional, Eckhoff, J. L., additional, Stougaard, R. N., additional, Kushnak, G. D., additional, and Riveland, N. R., additional

Published
2009
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36. Watershed Nitrogen and Mercury Geochemical Fluxes Integrate Landscape Factors in Long-term Research Watersheds at Acadia National Park, Maine, USA

Author

Kahl, J. S., primary, Nelson, S. J., additional, Fernandez, I., additional, Haines, T., additional, Norton, S., additional, Wiersma, G. B., additional, Jacobson, G., additional, Amirbahman, A., additional, Johnson, K., additional, Schauffler, M., additional, Rustad, L., additional, Tonnessen, K., additional, Lent, R., additional, Bank, M., additional, Elvir, J., additional, Eckhoff, J., additional, Caron, H., additional, Ruck, P., additional, Parker, J., additional, Campbell, J., additional, Manski, D., additional, Breen, R., additional, Sheehan, K., additional, and Grygo, A., additional

Published
2006
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40. Erratum

Author

Engel, R.E., Bruckner, P.L., and Eckhoff, J.

Subjects
Winter wheat -- Research, Chlorides -- Research, Earth sciences
Published
1998

41. Registration of ‘Bridger’ Teff

Author

Eckhoff, J. L. A., primary, Wichman, D. M., additional, Scheetz, J., additional, Majerus, M., additional, Welty, L. E., additional, Stallknecht, G. F., additional, Ditterline, R. L., additional, Dunn, R. L., additional, and Sands, D. C., additional

Published
1997
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42. Registration of ‘McGuire’ Wheat

Author

Bruckner, P. L., primary, Eckhoff, J. L., additional, Berg, J. E., additional, Stallknecht, G. F., additional, Carlson, G. R., additional, Wichman, D. M., additional, Stougaard, R. N., additional, Kushnak, G. D., additional, Bowman, H. F., additional, Tilley, K. A., additional, Taylor, G. A., additional, and McVey, D. V., additional

Published
1997
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43. Registration of ‘Rampart’ Wheat

Author

Bruckner, P. L., primary, Kushnak, G. D., additional, Berg, J. E., additional, Wichman, D. M., additional, Carlson, G. R., additional, Stallknecht, G. F., additional, Stougaard, R. N., additional, Eckhoff, J. L., additional, Bowman, H. F., additional, Morrill, W. L., additional, Hockett, E. A., additional, and Tilley, K. A., additional

Published
1997
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44. Registration of ‘Erhardt’ Wheat

Author

Wichman, D. M., primary, Bruckner, P. L., additional, Berg, J. E., additional, Carlson, G. R., additional, Stallknecht, G. F., additional, Eckhoff, J. L., additional, Stougaard, R. N., additional, Kushnak, G. D., additional, Bowman, H. F., additional, Johnston, R. H., additional, Tilley, K. A., additional, Taylor, G. A., additional, Hockett, E. A., additional, McVey, D. V., additional, and Hatchett, J. H., additional

Published
1997
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45. Registration of ‘Vanguard’ Wheat

Author

Carlson, G. R., primary, Bruckner, P. L., additional, Berg, J. E., additional, Kushnak, G. D., additional, Wichman, D. M., additional, Eckhoff, J. L., additional, Tilley, K. A., additional, Stallknecht, G. F., additional, Stougaard, R. N., additional, Bowman, H. F., additional, Morrill, W. L., additional, Taylor, G. A., additional, and Hockett, E. A., additional

Published
1997
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46. Registration of ‘Chinook’ Barley

Author

Blake, T. K., primary, Hensleigh, P. F., additional, Hockett, E. A., additional, Bowman, H. F., additional, Carlson, G. A., additional, Oberthur, L. E., additional, Kushnak, G., additional, Wichman, D., additional, Eckhoff, J., additional, and Gilbertson, K. M., additional

Published
1996
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47. Registration of ‘Nuwest’ Wheat

Author

Bruckner, P. L., primary, Taylor, G. A., additional, Stougaard, R. N., additional, Jackson, G. D., additional, Carlson, G. R., additional, Eckhoff, J. L., additional, Kushnak, G. D., additional, Stallknecht, G. F., additional, Wichman, D. M., additional, Bowman, H. F., additional, Mathre, D. E., additional, Hockett, E. A., additional, and McGuire, C. F., additional

Published
1996
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48. Registration of ‘Judith’ Wheat

Author

Taylor, G. A., primary, Bowman, H. F., additional, Wichman, D. M., additional, Carlson, G. R., additional, Eckhoff, J. L., additional, McGuire, C. F., additional, Stallknecht, G. F., additional, Kushnak, G. D., additional, Stewart, V. R., additional, Jackson, G. D., additional, Hockett, E. A., additional, and Bruckner, P. L., additional

Published
1995
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49. Registration of ‘McNeal’ Wheat

Author

Lanning, S. P., primary, Talbert, L. E., additional, McGuire, C. F., additional, Bowman, H. F., additional, Carlson, G. R., additional, Jackson, G. D., additional, Eckhoff, J. L., additional, Kushnak, G. D., additional, Stougaard, R. N., additional, Stallknecht, G. F., additional, and Wichman, D. M., additional

Published
1994
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50. Registration of MT88005 Hard Red Winter Wheat Germplasm Resistant to Wheat Stem Sawfly

Author

Bruckner, P. L., primary, Bergman, J. W., additional, Burrows, R. L., additional, Carlson, G. R., additional, Eckhoff, J. L., additional, Hocket, E. A., additional, Kushnak, G. D., additional, McGuire, C. F., additional, Morill, W. L., additional, Stallknecht, G. F., additional, Stougaard, R. N., additional, Taylor, G. A., additional, and Wichman, D. M., additional

Published
1993
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