OxRML/AgentSLR huggingface dataset:
Transmission model extraction (Ebola virus)
Model type: Compartmental
Stochastic or deterministic: Deterministic
Theoretical model: no
Transmission route: Unspecified
Interventions modelled: Quarantine;Treatment
Assumptions: Homogeneous mixing;Latent period is same as incubation period;Heterogenity in transmission rates - over time
Ebola variant: Unspecified
Code available: no
Transmission model extraction (Ebola virus)
Model type: Compartmental
Stochastic or deterministic: Stochastic
Theoretical model: no
Transmission route: Unspecified
Interventions modelled: Hospitals;Behaviour changes;Safe burials
Assumptions: Heterogenity in transmission rates - between groups;Latent period is same as incubation period
Ebola variant: Unspecified
Code available: no
Transmission model extraction (Ebola virus)
Model type: Agent / Individual based;Compartmental
Stochastic or deterministic: Stochastic
Theoretical model: no
Transmission route: Human to human (direct non-sexual contact)
Interventions modelled: Safe burials
Assumptions: Heterogenity in transmission rates - between groups
Ebola variant: Zaire Ebola virus (EBOV)
Code available: no
Transmission model extraction (Ebola virus)
Model type: Other
Stochastic or deterministic: Stochastic
Theoretical model: no
Transmission route: Unspecified
Interventions modelled: Unspecified
Assumptions: Heterogenity in transmission rates - between groups;Heterogenity in transmission rates - over time;Latent period is same as incubation period
Ebola variant: Unspecified
Code available: no
Transmission model extraction (Ebola virus)
Model type: Compartmental
Stochastic or deterministic: Deterministic;Stochastic
Theoretical model: no
Transmission route: Human to human (direct non-sexual contact)
Interventions modelled: Behaviour changes;Hospitals;Safe burials
Assumptions: Heterogenity in transmission rates - between groups;Heterogenity in transmission rates - over time;Homogeneous mixing
Ebola variant: Unspecified
Code available: no
Transmission model extraction (Ebola virus)
Model type: Compartmental
Stochastic or deterministic: Deterministic
Theoretical model: no
Transmission route: Human to human (direct non-sexual contact)
Interventions modelled: Safe burials;Treatment Centres;Vaccination
Assumptions: Heterogenity in transmission rates - between groups;Heterogenity in transmission rates - over time
Ebola variant: Zaire Ebola virus (EBOV)
Code available: no
Transmission model extraction (Ebola virus)
Model type: Compartmental
Stochastic or deterministic: Deterministic
Theoretical model: no
Transmission route: Human to human (direct non-sexual contact)
Interventions modelled: Quarantine
Assumptions: Heterogenity in transmission rates - between groups;Homogeneous mixing;Latent period is same as incubation period
Ebola variant: Unspecified
Code available: no
Transmission model extraction (Ebola virus)
Model type: Compartmental
Stochastic or deterministic: Deterministic
Theoretical model: yes
Transmission route: Unspecified
Interventions modelled: Contact tracing;Hospitals;Other;Quarantine
Assumptions: Unspecified
Ebola variant: Bundibugyo virus (BDBV);Sudan virus (SUDV);Taï Forest virus (TAFV);Zaire Ebola virus (EBOV)
Code available: no
Transmission model extraction (Ebola virus)
Model type: Compartmental
Stochastic or deterministic: Deterministic
Theoretical model: yes
Transmission route: Human to human (direct non-sexual contact)
Interventions modelled: Hospitals;Quarantine;Safe burials
Assumptions: Heterogenity in transmission rates - between groups;Heterogenity in transmission rates - over time
Ebola variant: Unspecified
Code available: no
Transmission model extraction (Ebola virus)
Model type: Compartmental
Stochastic or deterministic: Deterministic
Theoretical model: yes
Transmission route: Animal reservoir to human;Human to human (direct non-sexual contact)
Interventions modelled: Unspecified
Assumptions: Homogeneous mixing;Latent period is same as incubation period
Ebola variant: Unspecified
Code available: no
Transmission model extraction (Ebola virus)
Model type: Compartmental
Stochastic or deterministic: Deterministic
Theoretical model: no
Transmission route: Unspecified
Interventions modelled: Contact tracing;Other;Quarantine
Assumptions: Heterogenity in transmission rates - over time;Homogeneous mixing;Latent period is same as incubation period;Unspecified
Ebola variant: Unspecified
Code available: no
Transmission model extraction (Ebola virus)
Model type: Compartmental
Stochastic or deterministic: Deterministic
Theoretical model: no
Transmission route: Unspecified
Interventions modelled: Contact tracing;Other;Quarantine;Safe burials;Treatment
Assumptions: Heterogenity in transmission rates - over time;Homogeneous mixing;Latent period is same as incubation period;Unspecified
Ebola variant: Unspecified
Code available: yes
Transmission model extraction (Ebola virus)
Model type: Compartmental
Stochastic or deterministic: Deterministic
Theoretical model: no
Transmission route: Unspecified
Interventions modelled: Other
Assumptions: Heterogenity in transmission rates - over time;Homogeneous mixing;Latent period is same as incubation period;Unspecified
Ebola variant: Unspecified
Code available: no
Transmission model extraction (Ebola virus)
Model type: Agent / Individual based
Stochastic or deterministic: Stochastic
Theoretical model: yes
Transmission route: Human to human (direct non-sexual contact)
Interventions modelled: Behaviour changes;Contact tracing;Hospitals;Safe burials;Treatment Centres
Assumptions: Age dependent susceptibility;Heterogenity in transmission rates - between groups
Ebola variant: Unspecified
Code available: no
Transmission model extraction (Ebola virus)
Model type: Agent / Individual based
Stochastic or deterministic: Stochastic
Theoretical model: no
Transmission route: Human to human (direct non-sexual contact)
Interventions modelled: Contact tracing;Hospitals;Safe burials;Treatment Centres;Vaccination
Assumptions: Age dependent susceptibility;Heterogenity in transmission rates - between groups
Ebola variant: Unspecified
Code available: no
Transmission model extraction (Ebola virus)
Model type: Compartmental
Stochastic or deterministic: Deterministic
Theoretical model: yes
Transmission route: Human to human (direct non-sexual contact)
Interventions modelled: Hospitals;Quarantine;Vaccination
Assumptions: Heterogenity in transmission rates - between groups;Homogeneous mixing
Ebola variant: Zaire Ebola virus (EBOV)
Code available: no
Transmission model extraction (Ebola virus)
Model type: Compartmental
Stochastic or deterministic: Deterministic
Theoretical model: no
Transmission route: Human to human (direct non-sexual contact)
Interventions modelled: Behaviour changes;Hospitals;Other;Safe burials
Assumptions: Heterogenity in transmission rates - between groups;Homogeneous mixing
Ebola variant: Zaire Ebola virus (EBOV)
Code available: no
Transmission model extraction (Ebola virus)
Model type: Compartmental
Stochastic or deterministic: Deterministic
Theoretical model: no
Transmission route: Human to human (direct non-sexual contact)
Interventions modelled: Other;Quarantine;Safe burials;Treatment Centres
Assumptions: Heterogenity in transmission rates - over time;Homogeneous mixing;Latent period is same as incubation period
Ebola variant: Unspecified
Code available: no
Transmission model extraction (Ebola virus)
Model type: Compartmental
Stochastic or deterministic: Deterministic
Theoretical model: yes
Transmission route: Human to human (direct non-sexual contact)
Interventions modelled: Behaviour changes;Hospitals;Safe burials
Assumptions: Heterogenity in transmission rates - over time;Homogeneous mixing
Ebola variant: Unspecified
Code available: no
Transmission model extraction (Ebola virus)
Model type: Compartmental
Stochastic or deterministic: Deterministic
Theoretical model: no
Transmission route: Human to human (direct non-sexual contact)
Interventions modelled: Other;Quarantine
Assumptions: Heterogenity in transmission rates - over time;Homogeneous mixing;Latent period is same as incubation period
Ebola variant: Unspecified
Code available: yes
Transmission model extraction (Ebola virus)
Model type: Compartmental
Stochastic or deterministic: Deterministic
Theoretical model: no
Transmission route: Human to human (direct non-sexual contact);Sexual
Interventions modelled: Vaccination
Assumptions: Heterogenity in transmission rates - between groups;Heterogenity in transmission rates - over time;Homogeneous mixing;Latent period is same as incubation period
Ebola variant: Unspecified
Code available: no
Transmission model extraction (Ebola virus)
Model type: Compartmental
Stochastic or deterministic: Stochastic
Theoretical model: no
Transmission route: Unspecified
Interventions modelled: Hospitals;Vaccination
Assumptions: Heterogenity in transmission rates - between groups;Heterogenity in transmission rates - over time;Homogeneous mixing
Ebola variant: Unspecified
Code available: no
Transmission model extraction (Ebola virus)
Model type: Compartmental
Stochastic or deterministic: Stochastic
Theoretical model: no
Transmission route: Human to human (direct non-sexual contact)
Assumptions: Heterogenity in transmission rates - between groups;Heterogenity in transmission rates - over time;Homogeneous mixing;Latent period is same as incubation period
Ebola variant: Unspecified
Code available: no
Transmission model extraction (Ebola virus)
Model type: Compartmental
Stochastic or deterministic: Deterministic
Theoretical model: yes
Transmission route: Airborne or close contact;Human to human (direct non-sexual contact)
Interventions modelled: Behaviour changes;Hospitals;Other;Vaccination
Assumptions: Homogeneous mixing;Latent period is same as incubation period
Ebola variant: Unspecified
Code available: no
Transmission model extraction (Ebola virus)
Model type: Compartmental
Stochastic or deterministic: Deterministic
Theoretical model: no
Transmission route: Unspecified
Interventions modelled: Contact tracing;Hospitals;Other;Vaccination
Assumptions: Heterogenity in transmission rates - over time;Latent period is same as incubation period
Ebola variant: Unspecified
Code available: no
Transmission model extraction (Ebola virus)
Model type: Agent / Individual based;Compartmental
Stochastic or deterministic: Deterministic
Theoretical model: yes
Transmission route: Human to human (direct non-sexual contact)
Interventions modelled: Contact tracing;Other;Quarantine;Safe burials
Assumptions: Heterogenity in transmission rates - between groups;Heterogenity in transmission rates - over time
Ebola variant: Unspecified
Code available: no
Transmission model extraction (Ebola virus)
Model type: Compartmental
Stochastic or deterministic: Deterministic
Theoretical model: no
Transmission route: Human to human (direct non-sexual contact)
Interventions modelled: Other
Assumptions: Heterogenity in transmission rates - between groups;Heterogenity in transmission rates - over time;Homogeneous mixing
Ebola variant: Unspecified
Code available: no