Project Outcome. StreetScan delivered the road condition and maintenance and repair suggestion information to the City via a secure GIS web portal, Streetlogix. Barrie can use Streetlogix to visualize and export the information, as well as to adjust parameters and modify or generate new repair work plans. Streetlogix also allows visualization of PCI values, imagery for each road and detected features (e.g. potholes), statistics, and more. Staff can access Streetlogix quickly from anywhere with any computer, provided there is an internet connection. No downloads or installation needed. Additionally, the GPR pavement thickness assessment and enhanced visualization HD video documentation were also made available in Streetlogix. Project Contacts City of Barrie Municipal Contact: Xxxxxxx Xxxxx, Infrastructure Program Engineer 705-739-4220 ext. 4300 xxxxxxx.xxxxx@xxxxxx.xx StreetScan Project Team Project Manager: Xxx Xxxxxx, Director of Operations (000) 000-0000 xxxxxx.xxxxxx@xxxxxxxxxx.xxx Account Manager: Xxxxxxxx Xxxxx GIS Director & Data Scientist: Xxx Xxxxxxx Lead Field Technician: Xxxxx XxXxxx xxxx@xxxxxxxxxx.xxx xxx.xxxxxxxxxx.xxx Town of Niagara-on-the-Lake, ON Project Objective: Perform a mobile sensing survey of the Town’s road network to assess its current condition and prepare custom Maintenance and Repair suggestions.
Project Outcome. The project was completed on April 2nd, 2019. Survey results were placed in Streetlogix, whose algorithm utilizes PCI, road usage data and a cost benefit analysis to determine road maintenance and repair costs and prioritization per segment. Budgeting and planning tools allow for editable short and long term planning as well as level of service analysis with Target PCI. Front-facing video mages for every scanned road, along with downward, back-facing still images every two metres, allow staff to review their entire road network from any web-connected device. Staff feedback was that the van-based assessment saved a lot of staff time and the ease of software analysis is a great improvement over the former excel-based analysis. Project Contacts Town of Niagara-on-the-Lake Municipal Contact: Xxxx Xxxxxxxxxxx, Engineering Supervisor (000) 000-0000 Xxxx.Xxxxxxxxxxx@xxxx.xxx StreetScan Project Team Project Manager: Xxx Xxxxxx, Director of Operations (000) 000-0000 xxxxxx.xxxxxx@xxxxxxxxxx.xxx Account Manager: Xxxxxxxx Xxxxx GIS Director & Data Scientist: Xxx Xxxxxxx Lead Field Technician: Xxxxx XxXxxx xxxx@xxxxxxxxxx.xxx ⏐ xxx.xxxxxxxxxx.xxx Town of Lakeshore, ON Project Objective: StreetScan was contracted by the Town of Lakeshore to perform a road and sidewalk assessment survey that would objectively collect pavement and sidewalk condition data and provide custom repair and maintenance recommendations.
Project Outcome. The project was completed on January 31st, 2019. Results from the survey were placed in Streetlogix, providing an enriched view of the Town’s street network with color- coded pavement conditions and other assets, along with images for every scanned road and a range of decision- making tools. In addition to repair suggestions and cost estimates, StreetScan prioritized repairs and developed work plans for the Town. Staff can use the software to visualize and export the information, as well as to adjust parameters and modify or generate new repair work plans. Project Contacts Town of Lakeshore Municipal Contact: Xxxxxx Xxxxxxx, Director of Engineering and Infrstructure Services (519) 728-2700 ext. 287 xxxxxxxx@xxxxxxxxx.xx StreetScan Project Team Project Manager: Xxx Xxxxxx, Director of Operations (000) 000-0000 xxxxxx.xxxxxx@xxxxxxxxxx.xxx Account Manager: Xxxxxxxx Xxxxx GIS Director & Data Scientist: Xxx Xxxxxxx Lead Field Technician: Xxxxx XxXxxx xxxx@xxxxxxxxxx.xxx xxx.xxxxxxxxxx.xxx
Project Outcome. 3.1. Search results: Our comprehensive literature review identified new approaches for using HL7 FHIR in medical IT, best tools for the use of NLP, text mining and machine learning in the medical field. We also identified current approaches being utilized by different vendors for matching clinical trials with suitable patients. These vendors provide matching services by one of the following approaches(8):
Project Outcome. SEAMOUNT will accomplish a joint, interdisciplinary effort in order to elaborate appropriate tools to enable more efficient SGD studies with comprehensive data acquisition, and to validate those tools in a complex SGD study. The key outcomes of this work will be: Innovative remote sensing technologies comprising: • A set of sensors customized for complex SGD detection and monitoring • Specialized underwater vehicles (SEAMOUNT-ROV and SEAMOUNT-AUV), containing SGD- and other sensors, cameras, side scan sonar and an innovative bionic underwater positioning and data transmission system, being in practical intelligent diving laboratories, highly adaptable to the mission characteristics. The AUV will also be one of the modules of the iSMN-A. • A unique bionic drive system that allows the propulsion of the AUV on a gentle, energy-wise, non- invasive way that doesn’t introduce turbulences and, hence, interfere on the measurements. • A set of autonomous subsea monitoring stations for stationary long-term monitoring of SGD fluxes in selected coastal catchments. These stations can be used individually or collectively as modules of the iSMN-A. • An intelligent Subsea Monitoring Network combining several autonomous bottom stations with an integrated AUV (iSMN-A) for complex observations and analysis in remote underwater environments, including short and long-term observations, with operation control from land via Radio or satellite link. It will be formed by a set of interacting modules. Scientific results: • Detection of SGD sites in Eckernforde Bay, Horsens Fjord, Gulf of Finland and the Gulf of Bothnia. • Understanding of the implications of the seabed morphology and the seabed subsurface geological characteristics on the occurrence of SGD in the research areas. • Understanding the origin of SGD located on Eckernforde Bay and Horsens Fjord through characterization of the meteoric waters in the catchment area. • Hydrological modeling for estimating SGD in the Horsens Fjord estuary. • A Web Based interactive Geoscience Information Platform The complete schedule of deliverables (SoD) is given in Annex II. Results will be disseminated to decision makers and to the scientific community through cross linking with similar ongoing and new projects of paired objectives through seminars and workshops, scientific publications, conferences and sharing measurement data on EDGI database.
Project Outcome. (student) will produce a written report which will be available in draft form by (month) and in its final form by (month) to (organisation). He/she will also provide feedback to (organisation) during the course of the project, as appropriate.
Project Outcome. If approved, the applicant will construct and operate a new 100,000 head layer hen barn to expand an existing 45,000 head layer hen operation in the Agricultural Zoned District of Section 15, Mapleton Township.
Project Outcome. This regional investment is designed to increase student awareness, recruitment, retention, and completions at the colleges, with the long-term impact of increasing student employment and reducing the middle-skills jobs gap in San Diego and Imperial Counties. PLEASE COMPLETE THE SECTIONS BELOW Institution Name: San Diego Mesa College Project Lead(s) (First & Last Names): Xxxx Xxxxx, Xxxxxxxx Xxxxxx Project Lead(s) Email Address: xxxxxx@xxxxx.xxx ; xxxxxxxx@xxxxx.xxx Project Fiscal Reporter for NOVA (First & Last Name): Xxxx Xxxxx Project Fiscal Reporter for NOVA Email Address: xxxxxx@xxxxx.xxx Description of proposed project: Describe the project or activity you plan to implement. How does this project increase awareness, recruitment, retention, success or completion? Target Population: Describe the students who will be impacted by this project or activity. Why was this population selected? The project will target to primary audiences:
Project Outcome. Which one outcome will be met? ☐Availability/Accessibility (Activities that make services, infrastructure, housing and shelter available and accessible. Note that accessibility does not only refer to physical barriers). ☐Affordability (Activities that provide affordability in a variety of ways. It can include creation or maintenance of affordable housing, basic infrastructure hookups, or services such as transportation or daycare). ☒Sustainability (Activities that promote livable or viable communities and neighborhoods by providing services or by reviving slums or blighted areas).
Project Outcome. A report outlining findings, a dataset including relevant data and calculations involved in any normalisation and a set of contacts at each of the participants involved. The final report should include a methodology allowing the XXX to conduct it’s own normalisation of TOC costs. This means that the XXX should be able, using this methodology to reconstruct the division of non-controllable and controllable costs developed by the Contractor, as well as being able to apply it to any new data collected by the XXX ASSIGNED DELIVERABLES Interim Report on the subject matter of the Contract Final Report on the subject matter of the Contract DELIVERABLE DATES Interim Report by 31/03/2014 Final Report by TBA SCHEDULE 3 Contract Price Fixed fee of £66,358 exclusive of VAT Payment Schedule Information redacted under s43 of the Freedom of Information Xxx 0000 (FOIA) SCHEDULE 4 CHANGE CONTROL Change Control Form Date of Change Request Issued By: Party: Details of Changes Cost Implications Implementation Issues Any Other Issues Response Date Agreed ? YES NO Signed (by the authorised representative of each party) Contractor XXX Date Date SCHEDULE 5 Commercial Information Consultant Day Rates SCHEDULE 6 Contractor Key Personnel Information redacted under s40 of the Freedom of Information Xxx 0000 (FOIA) SCHEDULE 7 Special Terms N/A PAGE
