Distribution of projected outbreak size from stochastic branching process model.

Expected Final Outbreak Size and CV in the Final Outbreak Size as a Function of Intervention Effectiveness

John M Drake (59277)

February 2013

The expected final outbreak size (solid line) and CV in the final outbreak size (dashed line) are...

Outbreaks under the baseline scenario (top) and a scenario with no interventions (bottom).

Guido España (3368603)
T. Alex Perkins (7419161)
Simon D. Pollett (13924805)
Morgan E. Smith (5828672)
Sean M. Moore (8114876)
Paul O. Kwon (13924808)
Tara L. Hall (13924811)
Milford H. Beagle Jr. (13924814)
Clinton K. Murray (10918214)
Shilpa Hakre (736910)
Sheila A. Peel (8506227)
Kayvon Modjarrad (3212904)
Paul T. Scott (11142838)

October 2022

Left: Distributions of cumulative infections over the 70-day training period across 1,000 replicate ...

Early stage and final size approximations of stochastic epidemic models

Lloyd A. Fasting

January 2013

prof.dr. J.S.H. van Leeuwaarden Two types of stochastic epidemic models are investigated. For the Re...

Distribution of projected outbreak duration from stochastic branching process model.

J. Daniel Kelly (2293879)
Lee Worden (816205)
S. Rae Wannier (6433208)
Nicole A. Hoff (5293787)
Patrick Mukadi (5293796)
Cyrus Sinai (5293784)
Sarah Ackley (816206)
Xianyun Chen (301957)
Daozhou Gao (116225)
Bernice Selo (6433211)
Mathais Mossoko (6433214)
Emile Okitolonda-Wemakoy (6433217)
Eugene T. Richardson (561013)
George W. Rutherford (62679)
Thomas M. Lietman (106610)
Jean Jacques Muyembe-Tamfum (735610)
Anne W. Rimoin (131501)
Travis C. Porco (116223)

March 2019

Mean, median and 95% prediction interval of outbreak duration, by proportion of vaccine coverage, us...

Distribution of outbreak sizes by random initial infection seeds.

Luis E. C. Rocha (166213)
Vincent D. Blondel (214067)

March 2013

Fraction of times an epidemic outbreak with size is observed at time . The results correspond t...

Probabilistic scoring for stochastic branching process model, regression models and Gott’s Law.

J. Daniel Kelly (2293879)
Lee Worden (816205)
S. Rae Wannier (6433208)
Nicole A. Hoff (5293787)
Patrick Mukadi (5293796)
Cyrus Sinai (5293784)
Sarah Ackley (816206)
Xianyun Chen (301957)
Daozhou Gao (116225)
Bernice Selo (6433211)
Mathais Mossoko (6433214)
Emile Okitolonda-Wemakoy (6433217)
Eugene T. Richardson (561013)
George W. Rutherford (62679)
Thomas M. Lietman (106610)
Jean Jacques Muyembe-Tamfum (735610)
Anne W. Rimoin (131501)
Travis C. Porco (116223)

March 2019

Date of prediction, vaccine coverage, inclusion of suspected cases and log-likelihood. For the regre...

Branching process models for surveillance of infectious diseases controlled by mass vaccination

Farrington, C. P.
Kanaan, M. N.
Gay, N. J.

April 2003

Mass vaccination programmes aim to maintain the effective reproduction number R of an infection belo...

Printed in Great Britain Branching process models for surveillance of infectious diseases controlled by mass vaccination

C. P. Farrington
M. N. Kanaan
N. J. Gay

February 2015

Mass vaccination programmes aim to maintain the effective reproduction number R of an infection belo...

A Stochastic Model for CD4+ T Cell Proliferation and Dissemination Network in Primary Immune Response.

Boianelli, Alessandro
Pettini, Elena
Prota, Gennaro
Medaglini, Donata
Vicino, Antonio

January 2015

The study of the initial phase of the adaptive immune response after first antigen encounter provide...

Epidemic size distribution.

Edwin C. Yuan (692914)
David L. Alderson (326216)
Sean Stromberg (692915)
Jean M. Carlson (215340)

February 2015

Figure A illustrates the final epidemic size distributions P(E) for various values ...

Mean final epidemic size as a function of the fraction of vaccine allocated to city B.

Chantal Nguyen (2589940)
Jean M. Carlson (215340)

April 2016

The stochastic combined mean final epidemic size 〈E〉 as a function of the fractional alloc...

Estimating the transmission potential of supercritical processes based on the final size distribution of minor outbreaks

Sleeman, CK
Yan, P
Mode, CJ
Nishiura, H

January 2012

Use of the final size distribution of minor outbreaks for the estimation of the reproduction numbers...

Predicted number of reported cholera cases in the targeted population (n = 1.4 million) following implementation of the vaccination program.

Ashraful Islam Khan (236188)
Ann Levin (361456)
Dennis L. Chao (119857)
Denise DeRoeck (5832239)
Dobromir T. Dimitrov (669490)
Jahangir A. M. Khan (632407)
Muhammad Shariful Islam (5832242)
Mohammad Ali (73095)
Md. Taufiqul Islam (5832245)
Abdur Razzaque Sarker (2167912)
John D. Clemens (148728)
Firdausi Qadri (89170)

October 2018

A) The simulated number of reported cases. Different target populations were targeted for vaccinatio...

A Stochastic Model for CD4+ T Cell Proliferation and Dissemination Network in Primary Immune Response

Alessandro Boianelli (131403)
Elena Pettini (352296)
Gennaro Prota (352299)
Donata Medaglini (271513)
Antonio Vicino (131414)

August 2015

<div>The study of the initial phase of the adaptive immune response after first antigen encounter...

Utility of stochastic simulation to study the effect of vaccination on future outbreaks.

Steve E. Bellan (173732)
Juliet R. C. Pulliam (173738)
James C. Scott (116228)
Jonathan Dushoff (4492)

April 2012

(A) Five stochastic simulations of Muizenberg Mathematical Fever outbreaks using transmission par...

Expected Final Outbreak Size and CV in the Final Outbreak Size as a Function of Intervention Effectiveness

John M Drake (59277)

February 2013

The expected final outbreak size (solid line) and CV in the final outbreak size (dashed line) are...

Outbreaks under the baseline scenario (top) and a scenario with no interventions (bottom).

Guido España (3368603)
T. Alex Perkins (7419161)
Simon D. Pollett (13924805)
Morgan E. Smith (5828672)
Sean M. Moore (8114876)
Paul O. Kwon (13924808)
Tara L. Hall (13924811)
Milford H. Beagle Jr. (13924814)
Clinton K. Murray (10918214)
Shilpa Hakre (736910)
Sheila A. Peel (8506227)
Kayvon Modjarrad (3212904)
Paul T. Scott (11142838)

October 2022

Left: Distributions of cumulative infections over the 70-day training period across 1,000 replicate ...

Early stage and final size approximations of stochastic epidemic models

Lloyd A. Fasting

January 2013

prof.dr. J.S.H. van Leeuwaarden Two types of stochastic epidemic models are investigated. For the Re...

Distribution of projected outbreak duration from stochastic branching process model.

J. Daniel Kelly (2293879)
Lee Worden (816205)
S. Rae Wannier (6433208)
Nicole A. Hoff (5293787)
Patrick Mukadi (5293796)
Cyrus Sinai (5293784)
Sarah Ackley (816206)
Xianyun Chen (301957)
Daozhou Gao (116225)
Bernice Selo (6433211)
Mathais Mossoko (6433214)
Emile Okitolonda-Wemakoy (6433217)
Eugene T. Richardson (561013)
George W. Rutherford (62679)
Thomas M. Lietman (106610)
Jean Jacques Muyembe-Tamfum (735610)
Anne W. Rimoin (131501)
Travis C. Porco (116223)

March 2019

Mean, median and 95% prediction interval of outbreak duration, by proportion of vaccine coverage, us...

Distribution of outbreak sizes by random initial infection seeds.

Luis E. C. Rocha (166213)
Vincent D. Blondel (214067)

March 2013

Fraction of times an epidemic outbreak with size is observed at time . The results correspond t...

Probabilistic scoring for stochastic branching process model, regression models and Gott’s Law.

J. Daniel Kelly (2293879)
Lee Worden (816205)
S. Rae Wannier (6433208)
Nicole A. Hoff (5293787)
Patrick Mukadi (5293796)
Cyrus Sinai (5293784)
Sarah Ackley (816206)
Xianyun Chen (301957)
Daozhou Gao (116225)
Bernice Selo (6433211)
Mathais Mossoko (6433214)
Emile Okitolonda-Wemakoy (6433217)
Eugene T. Richardson (561013)
George W. Rutherford (62679)
Thomas M. Lietman (106610)
Jean Jacques Muyembe-Tamfum (735610)
Anne W. Rimoin (131501)
Travis C. Porco (116223)

March 2019

Date of prediction, vaccine coverage, inclusion of suspected cases and log-likelihood. For the regre...

Branching process models for surveillance of infectious diseases controlled by mass vaccination

Farrington, C. P.
Kanaan, M. N.
Gay, N. J.

April 2003

Mass vaccination programmes aim to maintain the effective reproduction number R of an infection belo...

Printed in Great Britain Branching process models for surveillance of infectious diseases controlled by mass vaccination

C. P. Farrington
M. N. Kanaan
N. J. Gay

February 2015

Mass vaccination programmes aim to maintain the effective reproduction number R of an infection belo...

A Stochastic Model for CD4+ T Cell Proliferation and Dissemination Network in Primary Immune Response.

Boianelli, Alessandro
Pettini, Elena
Prota, Gennaro
Medaglini, Donata
Vicino, Antonio

January 2015

The study of the initial phase of the adaptive immune response after first antigen encounter provide...

Epidemic size distribution.

Edwin C. Yuan (692914)
David L. Alderson (326216)
Sean Stromberg (692915)
Jean M. Carlson (215340)

February 2015

Figure A illustrates the final epidemic size distributions P(E) for various values ...

Mean final epidemic size as a function of the fraction of vaccine allocated to city B.

Chantal Nguyen (2589940)
Jean M. Carlson (215340)

April 2016

The stochastic combined mean final epidemic size 〈E〉 as a function of the fractional alloc...

Estimating the transmission potential of supercritical processes based on the final size distribution of minor outbreaks

Sleeman, CK
Yan, P
Mode, CJ
Nishiura, H

January 2012

Use of the final size distribution of minor outbreaks for the estimation of the reproduction numbers...

Predicted number of reported cholera cases in the targeted population (n = 1.4 million) following implementation of the vaccination program.

Ashraful Islam Khan (236188)
Ann Levin (361456)
Dennis L. Chao (119857)
Denise DeRoeck (5832239)
Dobromir T. Dimitrov (669490)
Jahangir A. M. Khan (632407)
Muhammad Shariful Islam (5832242)
Mohammad Ali (73095)
Md. Taufiqul Islam (5832245)
Abdur Razzaque Sarker (2167912)
John D. Clemens (148728)
Firdausi Qadri (89170)

October 2018

A) The simulated number of reported cases. Different target populations were targeted for vaccinatio...

A Stochastic Model for CD4+ T Cell Proliferation and Dissemination Network in Primary Immune Response

Alessandro Boianelli (131403)
Elena Pettini (352296)
Gennaro Prota (352299)
Donata Medaglini (271513)
Antonio Vicino (131414)

August 2015

<div>The study of the initial phase of the adaptive immune response after first antigen encounter...

Utility of stochastic simulation to study the effect of vaccination on future outbreaks.

Steve E. Bellan (173732)
Juliet R. C. Pulliam (173738)
James C. Scott (116228)
Jonathan Dushoff (4492)

April 2012

(A) Five stochastic simulations of Muizenberg Mathematical Fever outbreaks using transmission par...

Expected Final Outbreak Size and CV in the Final Outbreak Size as a Function of Intervention Effectiveness

John M Drake (59277)

February 2013

The expected final outbreak size (solid line) and CV in the final outbreak size (dashed line) are...

Outbreaks under the baseline scenario (top) and a scenario with no interventions (bottom).

Guido España (3368603)
T. Alex Perkins (7419161)
Simon D. Pollett (13924805)
Morgan E. Smith (5828672)
Sean M. Moore (8114876)
Paul O. Kwon (13924808)
Tara L. Hall (13924811)
Milford H. Beagle Jr. (13924814)
Clinton K. Murray (10918214)
Shilpa Hakre (736910)
Sheila A. Peel (8506227)
Kayvon Modjarrad (3212904)
Paul T. Scott (11142838)

October 2022

Left: Distributions of cumulative infections over the 70-day training period across 1,000 replicate ...

Early stage and final size approximations of stochastic epidemic models

Lloyd A. Fasting

January 2013

prof.dr. J.S.H. van Leeuwaarden Two types of stochastic epidemic models are investigated. For the Re...

Distribution of projected outbreak size from stochastic branching process model.

Abstract

Extracted data

Distribution of projected outbreak size from stochastic branching process model.

Abstract

Extracted data

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