Summary
The overall objective of the TAIS project is to develop and demonstrate an efficient way for Councils to manage and
implement HandHelds in the normal day to day operations of their Civil Enforcement Officers, by using existing technology which is cheaper and more efficient that older style systems that Council presently use.
The specific project objectives (POs) of the project are to:
PO1. Identify and test the most suitable Mobile phone operating system with the longest battery life
PO2. Identify and develop the best process for utilising the GPS on the phone to relay the signal on a minute by minute
basis whilst reducing the battery consumption by 25%
PO3. Use open cross-platform communication protocols to develop an API that will link into the Compliance Display Map
(CDM)
PO4. Develop an Automatic Number Plate Reader that will allow real time look ups from a centralised database
PO5. Develop an API that will link into Back Office of pre-existing suppliers with the minimum of effort and the lowest cost
PO6. Identify and develop the best mechanism for robustness and ease of use that does not require the final users to have
deep knowledge of the underlying IT infrastructure.
PO7. Develop a reporting algorithm that will monitor each transaction which will ensure accountability as well as shortfalls
where further training is required
PO8. Develop a Control Panel usable by an Administrator which will ensure that all Data Protection issues are complied with
and which can easily be exported to a third party in the event of an enquiry
PO9. Reduce carbon footprint of “cruising vehicles” looking for parking by ensuring that overstayers will vacate their parking
bay on time due to possibility of enforceable action
PO10. To increase the number of vehicles checked per hour by parking attendants by at least 300%
PO11. To increase the accuracy of parking checks by attendants, thus reducing mis-reads by at least 30%.
implement HandHelds in the normal day to day operations of their Civil Enforcement Officers, by using existing technology which is cheaper and more efficient that older style systems that Council presently use.
The specific project objectives (POs) of the project are to:
PO1. Identify and test the most suitable Mobile phone operating system with the longest battery life
PO2. Identify and develop the best process for utilising the GPS on the phone to relay the signal on a minute by minute
basis whilst reducing the battery consumption by 25%
PO3. Use open cross-platform communication protocols to develop an API that will link into the Compliance Display Map
(CDM)
PO4. Develop an Automatic Number Plate Reader that will allow real time look ups from a centralised database
PO5. Develop an API that will link into Back Office of pre-existing suppliers with the minimum of effort and the lowest cost
PO6. Identify and develop the best mechanism for robustness and ease of use that does not require the final users to have
deep knowledge of the underlying IT infrastructure.
PO7. Develop a reporting algorithm that will monitor each transaction which will ensure accountability as well as shortfalls
where further training is required
PO8. Develop a Control Panel usable by an Administrator which will ensure that all Data Protection issues are complied with
and which can easily be exported to a third party in the event of an enquiry
PO9. Reduce carbon footprint of “cruising vehicles” looking for parking by ensuring that overstayers will vacate their parking
bay on time due to possibility of enforceable action
PO10. To increase the number of vehicles checked per hour by parking attendants by at least 300%
PO11. To increase the accuracy of parking checks by attendants, thus reducing mis-reads by at least 30%.
Unfold all
/
Fold all
More information & hyperlinks
| Web resources: | https://cordis.europa.eu/project/id/696800 |
| Start date: | 01-11-2015 |
| End date: | 31-10-2017 |
| Total budget - Public funding: | 2 688 632,50 Euro - 1 882 042,00 Euro |
Cordis data
Original description
The overall objective of the TAIS project is to develop and demonstrate an efficient way for Councils to manage andimplement HandHelds in the normal day to day operations of their Civil Enforcement Officers, by using existing technology which is cheaper and more efficient that older style systems that Council presently use.
The specific project objectives (POs) of the project are to:
PO1. Identify and test the most suitable Mobile phone operating system with the longest battery life
PO2. Identify and develop the best process for utilising the GPS on the phone to relay the signal on a minute by minute
basis whilst reducing the battery consumption by 25%
PO3. Use open cross-platform communication protocols to develop an API that will link into the Compliance Display Map
(CDM)
PO4. Develop an Automatic Number Plate Reader that will allow real time look ups from a centralised database
PO5. Develop an API that will link into Back Office of pre-existing suppliers with the minimum of effort and the lowest cost
PO6. Identify and develop the best mechanism for robustness and ease of use that does not require the final users to have
deep knowledge of the underlying IT infrastructure.
PO7. Develop a reporting algorithm that will monitor each transaction which will ensure accountability as well as shortfalls
where further training is required
PO8. Develop a Control Panel usable by an Administrator which will ensure that all Data Protection issues are complied with
and which can easily be exported to a third party in the event of an enquiry
PO9. Reduce carbon footprint of “cruising vehicles” looking for parking by ensuring that overstayers will vacate their parking
bay on time due to possibility of enforceable action
PO10. To increase the number of vehicles checked per hour by parking attendants by at least 300%
PO11. To increase the accuracy of parking checks by attendants, thus reducing mis-reads by at least 30%.
Status
CLOSEDCall topic
INSO-9-2015Update Date
27-10-2022
Images
No images available.
Geographical location(s)
Structured mapping
Unfold all
/
Fold all
EU-Programme-Call
