1.
Coleman, B.D. and Hsieh, Y.-H. (1979) Theory of
the dependence of population levels on environmental
history for semelparous species with short reproductive
seasons. Proc. Natl. Acad. Sci. USA; 76(10):
5407-5410. (SCI: Proc. Natl. Acad. Sci. USA)
PDF
2. Coleman, B.D., Hsieh,
Y.-H. and Knowles, G.P. (1979) On the optimal choice
of r for a population in a periodical environment.
Math. Biosci; 45: 159-173. (SCI: Math. Biosci)
3. Coleman, B.D., Mares,
M.A., Willig, M.R. and Hsieh, Y.-H. (1982)
Randomness, Area, and species richness. Ecology;
63(4): 1121-1133. (SCI: Ecology)
PDF
4. Hsieh, Y.-H.
(1985) On the use of optimal estimate in demography.
J. Sci. Eng. NCHU; 22: 211-226.
5. Hsieh, Y.-H.
(1986) A periodical population model. Proc. Natl. Sci.
Council, ROC; 10(3): 266-274.
PDF
6. Hsieh, Y.-H.
(1986) On density-dependent models and periodical
populations, J. Sci. Eng. NCHU; 23:
123-132.
7. Coleman, B.D. and
Hsieh, Y.-H.* (1986) On species-area relations: I.
Random placement and sampling average. Soochow J.
Math.; 12: 11-22. (SCI: Soochow J. Math)
8. Coleman, B.D. and
Hsieh, Y.-H.* (1987) On species-area relations: II.
Estimates of abundance data. Soochow J. Math.;
13(1): 31-44. (SCI: Soochow J. Math)
9. Hsieh, Y.-H.
(1988) The phenomenon of unstable oscillation in
population models. Math. Comput. Modeling; 10(6):
429-435. (SCI: Math. Comput. Modeling)
10. Hsieh, Y.-H.
(1989) On the evolution of altruism in an age-structured
population. Math. Comput. Modeling; 11:
427-475. (SCI: Math. Comput. Modeling)
11. Hsieh, Y.-H.
(1990) An AIDS model with screening. Math. Comp. Mod.;
14: 640-643. (SCI: Math. Comp. Mod)
12. Hsieh, Y.-H.
(1990) Evolution of altruism communities. COENOSES;
4(3): 145-147.
PDF
13. Hsieh, Y.-H.
(1991) Persistence of altruistic community under
indiscriminate altruism. Proc. NSC(ROC); 15(1):
33-39.
PDF
14. Hsieh, Y.-H.
(1991) Modelling the effect of screening in HIV
transmission dynamics. Differential Equations Models
in Biology, Epiemiology and Ecology, Proc. Inter.
Conf. on Diff. Eq. Claremont, Lec. Notes in Biomath.,
pp. 99-120. Springer-Verlag, New York.
15. Hsieh, Y.-H.
(1991) An altruistic population model with sex
differences. Mathematical Population Dynamcis,
Proc. 2nd Inter. Conf. Math. Popula. Dynamics. (O. Arino,
D. Axelrod and M. Kimmel, eds.) Lecture Notes in Pure
and Applied Mathematics, pp. 63-73. Marcel Dekker, Inc.
New York.
PDF
16. Hsieh, Y.-H.
(1992) Optimal estimate of population structure under
varying vital rates. Math. Popu. Studies; 3(4):
289-299.
PDF
17. Velaso-Hernanadez, J.X.
and Hsieh, Y.-H. (1994) Modeling the effect of
treatment and behavioral change in HIV transmission
dynamics. J. Math. Biol.; 32: 233-429.
(SCI: Misc. Mathematics, Misc. Biology)
PDF
18. Hsieh, Y.-H. and
Velaso-Hernanadez, J. (1995) Community treatment of
HIV-1: Initial and asymptotic dynamics. BioSystems;
35(1): 75-81. (SCI: Biology)
PDF
19. Busenberg, S., Cooke,
K., and Hsieh, Y.-H. (1995) A model for HIV in
Asia. Math. Biosci.; 128(12): 185-210.
(SCI: Misc. Mathematics, Misc. Biology)
PDF
20. Hsieh, Y.-H.
(1996) A two-sex model for treatment of HIV and behavior
change in a population of varying size. IMA J. Math.
Appl. Med. Biol.; 13: 151-173. (SCI: Misc.
Mathematics, Misc. Biology)
PDF
21. Chen, C.W.S., Lee,
S.-M., Hsieh, Y.-H., and Ungchusak, K. (1999) A
unified approach to estimating population size for
births only models. Compu. Stat. Data Analysis;
32: 29-46. (SCI: Statistics)
PDF
22. Hsieh, Y.-H.*
and Cooke, K. (2000) Behavior Change and Treatment of
Core Group and Bridge Population: Its Effect on the
Spread of HIV/AIDS. IMA J. of Math. Appl. Biol. Med.;
17(3): 213-241. (SCI: Mics. Mathematics, Misc.
Biology)
PDF
23. Hsieh, Y.-H.*,
Chen, C.W.S., and Lee, S-M. (2000) Empirical Bayes
approach to estimating the number of HIV-infected
individuals in hidden and elusive populations. Stat.
Med.; 19: 3095-3108. (SCI: Statistics, Public
Health)
PDF
24. Hsieh, Y.-H.*,
Lee, S.-M., Chen, C.W.S., and Arazoza, H. (2001) On the
recent sharp increase of HIV infections in Cuba.
AIDS.; 13(3): 425-428 (SCI: Public Health,
Infectious Diseases)
PDF
25. Hsieh, Y.-H.*
and Hsu, S.-P. (2001) The effect of density-dependent
treatment/behavior change on the transmission dynamics
of HIV. J. of Math. Biol.; 43: 69-80.
(SCI)
PDF
26. Hsieh, Y.-H.*,
Arazoza, H., Lee, S.-M., and Chen, C.W.S. (2002)
Estimating the number of HIV-infected Cubans by sexual
contact. Int. J. of Epidemiology; 31:
679-683. (SCI: Public Health)
PDF
27. Hsieh, Y.-H.
(2002) The changing faces of commercial sex in Thailand:
its implications for HIV transmission. JAIDS.;
30(5): 537-540. (SCI: Public Health)
PDF
28. Hsieh, Y.-H.
(2003) Politics hindering SARS work. Nature;
423: 381, May 22, 2003. (SCI: Multidisciplinary
Sciences)
PDF
29. Hsieh, Y,-H.*
and Chen, C.W.S. (2003) Severe Acute Respiratory
Syndrome: Numbers do not tell whole story. British
Med. Journal; 326: 1395-1396, June 21, 2003.
(SCI: Medicine, General and Internal)
PDF
30. Hsieh, Y.-H.
(2003) SARS and the Internet. New Eng. J Medicine;
349(7): 711-2, August 14, 2003 (SCI: Medicine,
General and Internal)
PDF
31. Hsieh Ying-Hen*,
Cathy W.S. Chen. (2003) Re: Mathematical modeling of
SARS: Cautious in all our movements. J Epidem Com Health
(18 November 2003). Available at http://jech.bmjjournals.com/cgi/eletters/57/6/DC1#66.
(SCI: Public Health)
PDF
32. Li, C.-S., Liang, H.
Hsieh, Y.-H., and Twu, S-J. (2003) Comparison of
viral trajectories in AIDS Studies using nonparametric
mixed-effects models. Journal of Modern Applied
Statistical Methods; 2(2):443-450.
PDF
33. Hsieh, Y.-H.*
and Chen, C.H. (2004) Modeling the social dynamics of
the sex industry in Thailand: Its implications for
spread of HIV. Bull. Math. Biol.; 66(1):
143-166. (SCI: Mathematics, Interdisciplinary
applications).PDF
34. Hsieh, Y.-H.*
C.W-S. Chen and S.-B. Hsu. (2004) SARS outbreak, Taiwan
2003. Emerging Infectious Diseases; 10(2):201-206.
Available online at: http://www.cdc.gov/ncidod/eid/vol10no2/03-0515.htm.
(SCI: Infectious Diseases)
PDF
35. Hsieh, Y.-H.*
J-Y Lee and H.L. Chang. (2004) SARS epidemiology,
logistic-type model, and cumulative case number.
Emerging Infectious Diseases; 10(6):1165-7,
June 2004. (SCI: Infectious Diseases)
PDF
36. Hsieh Y,-H.*,
Chen CWS, Hsu SB. (2004) SARS outbreak in Taiwan (reply
to Hsueh and Yang). Emerging Infectious
diseases; 10(8):1515-6, August 2004.
(SCI: Infectious Diseases)
PDF
37. Hsieh, Y.-H.*,
Chen, CWS. (2004) Mathematical modeling of SARS: Errata
and updates. J Epidem Com Health, published
online May 11, 2004. Available at: http://jech.bmjjournals.com/cgi/eletters/57/6/DC1.
(SCI: Public Health)
PDF
38. Hsieh, Y.-H.
(2004) If we ignore politics, will politics
ignore science? Nature; 432: 671. (SCI:
Multidisciplinary Sciences)
PDF
39. Hsieh, Y.-H.*,
de Arazoza Rodríguez, Héctor, Rachid Lounes. (2005) A
Class of Models for HIV Contact Tracing in Cuba:
Implications for Intervention and Treatment. To appear
in "Deterministic and Stochastic Models for AIDS
Epidemics and HIV Infection with Interventions." (Ed.
W.Y. Tan). Singapore: World Scientific.
Preprint
40. Hsieh Y.-H.*,
King CC, Ho MS, Chen CWS, Lee JY, Liu FC, Wu YC, Wu JSJ.
(2005) Quarantine for SARS, Taiwan. Emerging
Infectious Diseases; 11(2):278-82. (SCI:
Infectious Diseases)
PDF
41. Hsieh, Y.-H.
(2005) Despite some flaws, online submission is the
future. Nature; 435: 1160. (SCI:
Multidisciplinary Sciences)
PDF
42. Hsieh Y.-H.
(2005) Mapping the complexities of science and
politics. Nature; 438: 24. (3 November
2005)
PDF
43. Hsieh, Y.-H.*,
H.-C. Wang, H. de Arazoza, R. Lounes, S-.J. Twu, and
H.-S. Hsu. (2005) Ascertaining HIV underreporting in low
HIV prevalence settings. J. Biol. Systems; 13(4):
441-454. (SCI: Mathematics, Interdisciplinary
applications)
Preprint
44. Hsieh Y.-H.* and
Y. S. Cheng. (2006) Real-time forecast of multi-wave
epidemic outbreaks. Emerging Infectious Diseases;
12(1):122-7. (SCI: Infectious Diseases). PDF
45. Chen, C.W.S. and
Hsieh, Y.-H. (2006) Bias may be unintentional but
it's still there.
Nature;
439:18.PDF
46. S.B. Hsu and Hsieh
Y.-H.* (2006) Modeling intervention measures and
public response during SARS outbreak. SIAM J. Appl
Math; 66(2): 627-647. (SCI: Applied Mathematics)
PDF
47. Hsieh, Y.-H.*
and Y.-S. Wang. (2006) Basic reproduction number HIV
model incorporating commercial sex and behavior change.
Bull. Math. Biol.;
68: 551–575. (SCI: Mathematics,
Interdisciplinary applications)
PDF
48. Hsieh, Y.-H.*, S.M. Lee, C.W.S. Chen, Y.M.
Chen, S.I. Wu, S.F. Lai, and A.L. Chang. (2006)
Estimating the HIV-infected population size in
hard-to-count populations: the case of gay sauna patrons
in Taipei.
Physica A ; 362(2): 495-503. (SCI:
Physics, Multidisciplinary)
PDF
49.
P. Georgescu and Y.-H. Hsieh*. (2006)
Global Stability for a Virus Dynamics Model with
Nonlinear Incidence of Infection and Removal. SIAM J.
Applied Mathematics; 67(2): 337-353. (SCI:
Applied Mathematics)
PDF
50. Hsieh Y.-H.*, C.C. King, C.W.S.
Chen, M.S. Ho, S.B. Hsu, and YC Wu. (2007) Impact of
Quarantine on the 2003 SARS Outbreak: a retrospective
modeling study. J. Theoretical Biology; 244:
729-736. (SCI: Biology)
PDF
51.
Y.-H. Hsieh,
P. van den Driessche, and L. Wang. (2007) A multi-patch
model for spatial spread of disease: Impact of Travel
between patches. Bull. Math. Biology; 69(4):
1355-75. (SCI: Mathematics, Interdisciplinary
applications)
PDF
52.
Paul S.F. Yip, Y.-H. Hsieh, Tina Y. Xu, K.F. Lam,
C. C. King, and H. L. Chang. (2007) Assessment of
Intervention Measures for the 2003 SARS Epidemic in
Taiwan by Use of a Back-Projection Method. Infect
Control Hosp Epidemiol; 28(5): 525-530. (SCI:
Public, Environmental, and Occupational Health)
PDF
53.
P. Georgescu and Y.-H. Hsieh*. (2007) Global
Dynamics of a Predator-prey Model with Stage Structure
for Predator. SIAM J. Applied Mathematics; 67(5):
1379-1395. (SCI:
Applied Mathematics)
PDF
54.
Hsieh Y.-H.
(2008) Richards Model: A Simple Procedure for Real-time
Prediction of outbreak Severity. To appear in
Modeling and Dynamics of Infectious Diseases. Zhien
Ma Jianhong Wu, Yicang Zhou, eds. Series in Contemporary
Applied Mathematics (CAM), Vol. 11, 2008.9, Beijing,
Higher Education Press.
PDF
55.
S.B. Hsu and Hsieh Y.-H.* (2008) On the Role of
Asymptomatic Infection in Transmission Dynamics of
Infectious Diseases. Bull. Math. Biology; 70:
134-155. (SCI: Mathematics, Interdisciplinary
applications)
PDF
56. R. Lounes, H. de Arazoza, Y-H. Hsieh and J.
Joanes. (2008) Deterministic modeling of the size of the
HIV/AIDS epidemic in Cuba. In “Parametric Mathematical
Methods in Survival Analysis, Reliability and Quality of
Life”, C. Huber, N. Limnios, M. Mesbah, M. Nikulin
(Editors), Hermes (ISTE), J. Wiley.
57.
Hsieh
Y.-H.*
and Chin-Kuei Hsiao. (2008) Predator-prey Model with
Disease Infection in Both Populations,
Mathematical
Medicine and Biology;
25(3):
247-266.
(SCI: Biology)
PDF
58.
Hsieh
Y.-H.*
and Stefan Ma. Intervention Measures,
Turning Point, and Reproduction Number for Dengue,
Singapore, 2005. Am. J. Trop. Med. Hyg.
Accepted. (SCI impact factor: 2.183, Tropical Medicine;
3/14)
PDF
59. C. Sun
and Y.-H. Hsieh. Global analysis for SEIR model
with vaccination. Submitted.
60.
T.C. Li, Y.-H. Hsieh*, S.-J. Twu, and H.-M. Hsu.
Survival and Progression to AIDS: Analysis of the
Efficacy of Highly Active Antiretroviral Therapy in
Taiwan. Submitted.
61.
Eric
Ho Yin Lau, Chwan Chuan King, Wenhu Chang,
Ying Hen Hsieh,
et al. Standardized Case Fatality Rates for Severe Acute
Respiratory Syndrome (SARS) in Beijing, Hong Kong, and
Taiwan Adjusted for Age, Gender, and Healthcare Workers.
Submitted.
62. Hsieh Y.-H.*, F. Brauer. Swift implementation
of culling to contain animal-to-human avian flu
outbreak. Submitted.
63.
Yi-Kuan
Tseng and Ying-Hen Hsieh*. A Joint Model Approach
for Evaluating the Efficacy of HAART for AIDS
patients via
Association between CD4 Count and Survival Time. Under
revision.
64.
M.S.
Ho, Y.-H. Hsieh, S.-F. Hsu-Schmitz, C.W.S. Chen,
C.C. King, W.J. Chen, and H.-L. Chang. Candidate genes
associated with susceptibility to SARS-CoV. Manuscript
in preparation.
65.
Y.-H.
Hsieh,
G. Webb, and J. Wu. Impact of Pre-symptomatic Influenza
Transmission
on Pandemic Influenza.Manuscript in preparation.
66.
Y.-H.
Hsieh.
Turning Points and Impact of Climate on Two-Wave Dengue
Outbreak in Taiwan, 2007, Manuscript in preparation.
