Sentences with phrase «more effective use of data»

Not exact matches

MEDIAL EARLYSIGN SHOWS AI AND EHR DATA CAN BE USED FOR EARLY DETECTION: Researchers from Medial EarlySign, a provider of machine - learning solutions, found that the combination of machine learning technology and electronic health record (EHR) data can be more effective than current clinical tools in identifying the risk of kidney damage in diabetics.

«Data is the buzzword today & use of big data to customize a more effective experience to meet customer needs and goals is the latest trend,» stresses Data is the buzzword today & use of big data to customize a more effective experience to meet customer needs and goals is the latest trend,» stresses data to customize a more effective experience to meet customer needs and goals is the latest trend,» stresses Shah

Regulatory authorities in the U.S. and Europe believe that real - world data can make the drug - development process more efficient and cost - effective, as well as help better inform patients and physicians about the uses of new products.

When used effectively, sales intelligence dramatically enhances the power of the rest of your sales and marketing tech stack — accelerating your pipeline and revenue growth, not just by virtue of the data it delivers but because it makes all of our other tools and programs that much more effective.

Identifying core components of interventions found to be effective and understanding what it takes to implement those components with fidelity to the program model is critical to successful replication and scale - up of effective programs and practices in different community contexts and populations.7 There is growing recognition in the early childhood field of the importance of effective implementation and the need for implementation research that can guide adoption, initial implementation, and ongoing improvement of early childhood interventions.8, 9,10 The promise of implementation research and using data to drive program management is compelling because it offers a potential solution to the problem of persistent gaps in outcomes between at - risk children and their more well - off peers.

At one of this year's many data - focused Netroots Nation panels, former Obama data guru Ethan Roeder noted something about the effective use of voter - targeting technologies: that's it's less about the data itself, and more about creating a culture of letting the information in...

As the use of big data becomes increasingly effective and popular, more universities are forming groups and subgroups that focus on big data problem solving, which in turn is spurring the creation of new employment opportunities for scientists with expertise in this arena.

These initiatives involve more effective use of technology, tighter management processes, and finding a common language for the exchange of data among the different segments of companies.

«The future is more data, more computational power and more experience of the people using this system so that we can provide the best patient care possible, while still being cost - effective,» Zhang said.

This combined use of NASA mission data makes each individual mission more effective in addressing unsolved science questions.

Like Sirius, however, Altair radiates much more in ultraviolet wavelengths than Sol, and, not surprisingly, the European Space Agency has used ultraviolet spectral flux distribution data to determine stellar effective temperatures and surface gravities, including those of Altair.

Like Sirius, however, Vega radiates much more in ultraviolet wavelengths than Sol, and, not surprisingly, the European Space Agency has used ultraviolet spectral flux distribution data to determine stellar effective temperatures and surface gravities, including those of Vega.

There is no such thing as a silver bullet in our industry but if Deep Earth Imaging is successful in using available data to develop software that enables us to produce relatively high confidence geological models or maps of these concealed areas, it will help our industry be more effective, capable and competitive.

«To tackle one of the biggest big data challenges, Intel is also working closely with the Broad Institute in co-developing tools compatible with GATK to eliminate the barriers to more effective and widespread use of large scale genomic workloads.»

We will also show a new way of thinking about fraud — instead of trying to prevent fraud by using shallow transactional data, we will show you how person - based data can be a much more effective barrier to fraud, as well as a critical tool for building safe, trusting online communities.

But how to use this data to improve teaching and learning — how to make it less overwhelming, more useful, and part of an effective collaborative process — can be challenging.

This data, big and small, is of vital use when it comes to identifying avenues to make their learning programs more engaging and more effective.

In the final year of the project, we will use data from the experiments to scale - up the most cost - effective version of the READS program.The project has three phases: Phase 1 Validation, which includes testing READS in several districts including DPS and an effort to increase the effectiveness and cost effectiveness of the program; Phase 2 Validation, which involves expansion into more districts and many more schools and testing the cumulative impact of READS across summers; and Phase 3 Scale - Up, which involves expansion into 20 more districts.

So if Chetty and his colleagues could identify large impacts of effective teaching using data from the 1990s, his successors will probably find even larger impacts from more accurate information gathered in the first decade of the 21st century.

Correlation does not imply causation, however, and it would be important to use archival data to study the introduction of specific policies regarding teacher recruitment and retention to see whether these policies achieve more diverse teaching forces as a consequence — or whether diverse teaching forces achieved via these policies are more or less effective than are those otherwise observed.

COACHE The Collaborative on Academic Careers in Higher Education is a research group that uses data to make the recruitment and management of faculty talent more effective for higher education institutions.

Through the systematic use of data, educators can promote more effective prevention and intervention services, while better understanding the root causes of these student issues.

We identified a total of four more and less effective high schools using value - added scores (two of each), and we then analyzed interview, observational, and survey data collected in the schools to compare and contrast how leaders support key practices and organizational routines by their staff.

With support from Lumina Foundation for Education and the Bill & Melinda Gates Foundation, the Evaluation Toolkit was developed for two purposes: (1) To develop a freely accessible, research - based resource that will enable outreach programs to more readily and systematically use data and outcome measures to improve service delivery, and (2) promote research that will identify effective program models across outreach programs and document the collective impact of programs by using the evaluation data generated through a common assessment framework.

Despite repeated calls for educators to get more instructional mileage out of the assessment data they have at hand, two deterrents typically stand in the way of most educators» effective use of test data.

Rather than using data to create a laundry list of «what's going wrong with our schools» or to assign blame to a group or individual, it is more effective to look at equity - related data with the goal of building capacity for improvement.

Improvement is a process of knowing what is working and what needs to change, developing a sound plan, including more effective practices in the plan, implementing the plan, and using data to make timely adjustments to improve outcomes.

In both of these stories, educators shaped data mandates to their own uses, and the results were renewed professional enthusiasm and more effective instructional practices.

While additional research is needed on the characteristics of effective principals and how to best identify «fit,» experts encourage districts to use data tracking systems to learn more about the characteristics and experiences of successful principals in their own systems.

Illinois, on the other hand, uses student and teacher data from the 5Essentials Survey to differentiate schools.65 A 10 - year Chicago study found that schools that were strong in at least three of the five survey elements — which include effective leaders, collaborative teachers, supportive environment, involved families, and ambitious instruction — were significantly more likely to improve student learning than schools that were weaker in these domains.66

The Alliance for Excellent Education says that the «effective use of data and learning analytics are both critical components of a digital learning strategy to personalize learning for many more students, especially to increase student retention and achievement in the highest - need schools (page 2).»

But instead of leaving teacher effectiveness completely up to local educators, its Encouraging Innovation and Effective Teachers Act (PDF) surprisingly requires states and districts to develop teacher evaluation systems that use multiple measures of evaluation; incorporate student achievement data; include more than two rating categories; are tied to personnel decisions; and are developed with input from parents, teachers, and other staff.

Academy participants used digital observation tools (DiPaola & Hoy, 2008; eobservations.com) to collect evidence of high - yield strategies and share data with teachers, conduct pre / post observation conferences with teachers, and implement professional goal setting that targets more effective utilization of high yield strategies.

As of 2012, the vast majority of districts still had a salary schedule in place, and only 11 percent of districts used pay incentives to reward teachers for excellent performance, though the practice is increasing.78 And as states develop more effective ways to measure teacher quality, districts should be better able to incorporate performance data when making compensation decisions.

And as Park Hill continues to seek new ways to more efficiently manage talent — whether by enhancing applicant screening using data - based assessments, designing more effective professional development, or ensuring the most qualified substitute teachers are placed in classrooms — TalentEd will continue to deliver the support and services they need to meet their mission: «Through the expertise of a motivated staff... [to] provide a meaningful education in a safe, caring environment to prepare each student for success in life.»

«Our goals are to bring together both researchers and animal welfare and control professionals, to offer a safe place for open dialogue, to translate the analyzed data outcomes so that they can be used to improve or create shelter programs, and to offer effective alternatives to continue on the path to save more lives,» said Pamela Burns, chair of the NCPP board of directors.

The Lindbergh Foundation then introduced the University of Maryland's data analytic software which will be used to make the program even more effective.

The lower value — which conforms rather more closely with mainstream thinking than the higher value yields an effective climate sensitivity of ca 1.5 deg K for a doubling of CO2, which gets fairly close to ZDM estimates using historical forcing, temperature and ocean heat data.»

However, using it means much more than simply having access to, or holding data for its own sake; the value of accessing this volume of data relies on the effective analysis and interpretation of the content, to discover the key arguments, cases and documents for the matter at hand.

Civil Engineer — Duties & Responsibilities Responsible for civil engineering and construction projects valued in excess of $ 60 million Develop exposure to varied construction projects with both military and civilian applications Maintain, update, and create GIS and CADD data for use in Public Works civil engineering projects Coordinate data collection and project management with partner agencies and subcontractors Map utilities, environmental features, cultural resources, infrastructure, communication lines, and other features Utilize GPS and conventional surveying techniques to collect thousands of data points for detailed mapping Create and access spatial datasets in ArcSpatial Data Engine Develop and implement new mapping techniques using GIS software decreasing project turnover by 30 % Design and print large scale maps, drawings, and other items for use in engineering projects Set and strictly adhere to project timelines and budgets Manage construction contract negotiations, implementation, and funding Oversee finances identifying and resolving any errors or deviations of project budgets Direct office operations and support staff ensuring efficient, effective, and professional operations Serve as Civil Engineering instructor at the US Air Force Academy Lead classes in advanced GPS equipment operations, mapping, GIS software, and Terrasync data collection Develop new GIS, GPS, CADD curriculum for more than 1,200 cadets Implement instruction in Airfield Damage Assessment, MOS plotting, and combat skills Build and strengthen professional relationships with commanding officers, support staff, and business partners Perform all tasks with poise, integrity, and positidata for use in Public Works civil engineering projects Coordinate data collection and project management with partner agencies and subcontractors Map utilities, environmental features, cultural resources, infrastructure, communication lines, and other features Utilize GPS and conventional surveying techniques to collect thousands of data points for detailed mapping Create and access spatial datasets in ArcSpatial Data Engine Develop and implement new mapping techniques using GIS software decreasing project turnover by 30 % Design and print large scale maps, drawings, and other items for use in engineering projects Set and strictly adhere to project timelines and budgets Manage construction contract negotiations, implementation, and funding Oversee finances identifying and resolving any errors or deviations of project budgets Direct office operations and support staff ensuring efficient, effective, and professional operations Serve as Civil Engineering instructor at the US Air Force Academy Lead classes in advanced GPS equipment operations, mapping, GIS software, and Terrasync data collection Develop new GIS, GPS, CADD curriculum for more than 1,200 cadets Implement instruction in Airfield Damage Assessment, MOS plotting, and combat skills Build and strengthen professional relationships with commanding officers, support staff, and business partners Perform all tasks with poise, integrity, and positidata collection and project management with partner agencies and subcontractors Map utilities, environmental features, cultural resources, infrastructure, communication lines, and other features Utilize GPS and conventional surveying techniques to collect thousands of data points for detailed mapping Create and access spatial datasets in ArcSpatial Data Engine Develop and implement new mapping techniques using GIS software decreasing project turnover by 30 % Design and print large scale maps, drawings, and other items for use in engineering projects Set and strictly adhere to project timelines and budgets Manage construction contract negotiations, implementation, and funding Oversee finances identifying and resolving any errors or deviations of project budgets Direct office operations and support staff ensuring efficient, effective, and professional operations Serve as Civil Engineering instructor at the US Air Force Academy Lead classes in advanced GPS equipment operations, mapping, GIS software, and Terrasync data collection Develop new GIS, GPS, CADD curriculum for more than 1,200 cadets Implement instruction in Airfield Damage Assessment, MOS plotting, and combat skills Build and strengthen professional relationships with commanding officers, support staff, and business partners Perform all tasks with poise, integrity, and positidata points for detailed mapping Create and access spatial datasets in ArcSpatial Data Engine Develop and implement new mapping techniques using GIS software decreasing project turnover by 30 % Design and print large scale maps, drawings, and other items for use in engineering projects Set and strictly adhere to project timelines and budgets Manage construction contract negotiations, implementation, and funding Oversee finances identifying and resolving any errors or deviations of project budgets Direct office operations and support staff ensuring efficient, effective, and professional operations Serve as Civil Engineering instructor at the US Air Force Academy Lead classes in advanced GPS equipment operations, mapping, GIS software, and Terrasync data collection Develop new GIS, GPS, CADD curriculum for more than 1,200 cadets Implement instruction in Airfield Damage Assessment, MOS plotting, and combat skills Build and strengthen professional relationships with commanding officers, support staff, and business partners Perform all tasks with poise, integrity, and positiData Engine Develop and implement new mapping techniques using GIS software decreasing project turnover by 30 % Design and print large scale maps, drawings, and other items for use in engineering projects Set and strictly adhere to project timelines and budgets Manage construction contract negotiations, implementation, and funding Oversee finances identifying and resolving any errors or deviations of project budgets Direct office operations and support staff ensuring efficient, effective, and professional operations Serve as Civil Engineering instructor at the US Air Force Academy Lead classes in advanced GPS equipment operations, mapping, GIS software, and Terrasync data collection Develop new GIS, GPS, CADD curriculum for more than 1,200 cadets Implement instruction in Airfield Damage Assessment, MOS plotting, and combat skills Build and strengthen professional relationships with commanding officers, support staff, and business partners Perform all tasks with poise, integrity, and positidata collection Develop new GIS, GPS, CADD curriculum for more than 1,200 cadets Implement instruction in Airfield Damage Assessment, MOS plotting, and combat skills Build and strengthen professional relationships with commanding officers, support staff, and business partners Perform all tasks with poise, integrity, and positivity

Two studies have analysed cost effectiveness of CBT for severe health anxiety delivered in a conventional face - to - face format compared with treatment as usual using data from randomised controlled trials.8, 9 In the first study, it was found that CBT but not the control condition reduced consumption of primary and secondary healthcare contacts, but total costs were unchanged in both conditions.8 In the second study, a large - scale randomised trial, the health economic analyses showed that there were no significant differences between the two treatment conditions.9 In both of the above studies, CBT was superior in reducing health anxiety symptoms compared with treatment as usual, which means that as costs were similar across groups, CBT is likely to be the more cost - effective treatment option.

Key takeaways included: 1) The permanent shift towards experiential retail with a clear focus on experiencing a brand's culture and community, as well as testing and touching products before buying them; 2) the rise of shared office spaces stemming from new work habits which have created a market for office space which isn't owned by an employer, but that workers can rent or subscribe to as members; 3) the importance of predictive investment analytics has created greater access to data and data tools that can help practitioners track with and get ahead of markets trends; 4) the increasing need to focus on more responsible and effective land use as it becomes an increasingly precious commodity; 5) the rise of automation in the transportation industry which is driving a need for nimbler supply chains connecting scalable manufacturing spaces and warehouses in the industrial sector.