National & Kapodistrian University of Athens – Greece

Unit Responsible: K.C. Makropoulos
Website: http://www.uoa.gr
Involved Staff

Name: Konstantinos Makropoulos
e-mail: kmacrop@geol.uoa.gr
Tel.: +30-210-7274425

Work Package Main Task
2 Activity 1. Design and development of EEW methodologies for earthquake location and magnitude estimation for both single station and network approaches
Activity 2. Implementation and tuning of existing EEW techniques & algorithms in a prototype hybrid network at Gulf of Corinth (Central Greece) test site
Activity 3. Implementation and testing of near real time array-based algorithms tuned and focused for the area of the Gulf of Corinth on one existing (TRISAR) and one new array in close collaboration with NORSAR
Activity 4. Comparative evaluation of EEW techniques/algorithms in terms of reliability, accuracy, response time
3 Activity 5. Development of a simulation environment for automated response strategies virtual implementation and evaluation according to specific end-users need (EPPO, Greek Civil Protection, Public Gas Company, hospitals, industrial complexes etc)
4 Activity 6. Development, implementation and testing of algorithms/software for intensity and peak ground motion distribution mapping by a combination of modelling techniques (stochastic and empirical) and real-time data. Development of frequency depended “shakemap”
Name: Dimitrios Diagourtas
e-mail: diagourtas@geol.uoa.gr
Tel.: +30-210-7274784

Work Package Main Task
2 Activity 1. Design and development of EEW methodologies for earthquake location and magnitude estimation for both single station and network approaches
Activity 2. Implementation and tuning of existing EEW techniques & algorithms in a prototype hybrid network at Gulf of Corinth (Central Greece) test site
Activity 4. Comparative evaluation of EEW techniques/algorithms in terms of reliability, accuracy, response time
3 Activity 5. Development of a simulation environment for automated response strategies virtual implementation and evaluation according to specific end-users need (EPPO, Greek Civil Protection, Public Gas Company, hospitals, industrial complexes etc)
4 Activity 6. Development, implementation and testing of algorithms/software for intensity and peak ground motion distribution mapping by a combination of modelling techniques (stochastic and empirical) and real-time data. Development of frequency depended “shakemap”
Name: Nicholas Voulgaris
e-mail: voulgaris@geol.uoa.gr
Tel.: +30-210-7274431

Work Package Main Task
2 Activity 1. Design and development of EEW methodologies for earthquake location and magnitude estimation for both single station and network approaches
Activity 2. Implementation and tuning of existing EEW techniques & algorithms in a prototype hybrid network at Gulf of Corinth (Central Greece) test site
Activity 3. Implementation and testing of near real time array-based algorithms tuned and focused for the area of the Gulf of Corinth on one existing (TRISAR) and one new array in close collaboration with NORSAR
Activity 4. Comparative evaluation of EEW techniques/algorithms in terms of reliability, accuracy, response time
4 Activity 6. Development, implementation and testing of algorithms/software for intensity and peak ground motion distribution mapping by a combination of modelling techniques (stochastic and empirical) and real-time data. Development of frequency depended “shakemap”
Name: Panayotis Papadimitriou
e-mail: ppapadim@geol.uoa.gr
Tel.: +30-210-7274437

Work Package Main Task
2 Activity 1. Design and development of EEW methodologies for earthquake location and magnitude estimation for both single station and network approaches
Activity 2. Implementation and tuning of existing EEW techniques & algorithms in a prototype hybrid network at Gulf of Corinth (Central Greece) test site
Activity 4. Comparative evaluation of EEW techniques/algorithms in terms of reliability, accuracy, response time
Name: George Kaviris
e-mail: gkaviris@geol.uoa.gr
Tel.: +30-210-7274841

Work Package Main Task
2 Activity 1. Design and development of EEW methodologies for earthquake location and magnitude estimation for both single station and network approaches
Activity 2. Implementation and tuning of existing EEW techniques & algorithms in a prototype hybrid network at Gulf of Corinth (Central Greece) test site
Activity 3. Implementation and testing of near real time array-based algorithms tuned and focused for the area of the Gulf of Corinth on one existing (TRISAR) and one new array in close collaboration with NORSAR
Activity 4. Comparative evaluation of EEW techniques/algorithms in terms of reliability, accuracy, response time
4 Activity 6. Development, implementation and testing of algorithms/software for intensity and peak ground motion distribution mapping by a combination of modelling techniques (stochastic and empirical) and real-time data. Development of frequency depended “shakemap”