You're about to create your best presentation ever

Data Driven Powerpoint Templates

Create your presentation by reusing a template from our community or transition your PowerPoint deck into a visually compelling Prezi presentation.

Data- Driven

Transcript: Best-Practices in Collecting Data Informed Consent Confidentiality Frequency of Collection Volume Needed Source of Data Limitations Dissemination of Findings Avoid Over-Generalizing Degrading Empty Promises Dunning and Kruger – “Unskilled and Unaware of It” Findings Across 4 Studies: Knowns – There are things we know about quality treatment (Family Systemic Involvement) Known Unknowns – There are things we know we don’t know about quality treatment (Sensory Checklist: Sensory-Informed Interventions) Unknown Unknowns – There are things that are unknown unknowns; things we don’t know that we don’t know about quality treatment Mediocre Doctor is not aware of the diagnostic possibility or treatments never considered Run-Of-The-Mill Lawyer fails to recognize the winning legal argument that is out there People fail to reach their potential as professionals, lovers, parents and people simply because thy are not aware of the possible. Dunning: “ So, yes, the idea resonates. I would write more, and there’s probably a lot more to write about, but I haven’t a clue what that all is”  Organizational Social Context (OSC) Organizational Social Context (OSC) Thank You! Pragmatic tracker Outcometools.com OQ Analyst Myoutcomes.com Fit-outcomes.com DBT Diary card –Tracker app mFIT mobile app System norms and values “The way things are done” What is expected and rewarded Data-Driven Treatment Measure Examples Practice based evidence is essential for our field. We will focus on the use of a program’s own outcomes studies in driving treatment decision making. Outcomes / Feedback informs treatment, and informed treatment produces improved outcomes. Contextual model Fit bit ( Health and wellness) Lume (I phone mood tracker) Jawbone UP -( steps taken, calories burned, eating habits, sleep quality and sleep cycle vibration alarm; behavioral nudges (water consumption, movement, sleep) Wake mate (sleep specific) Nike+ Fuelband ( Steps, calories burned) Utilization of measures - opportunities and stumbling blocks for data collection What are the barriers for data collection in your program? Create an action plan for overcoming. One study found those who lost more then 60 pounds and maintained the weight loss for more then five years weighed themselves daily (Klem et al, 1997) More and more we are finding ways to quantify our lives by measuring more then weight. Organizational Readiness for Change Examples Three main purposes for data collection in your program Types of assessment measures that are best fit for your program Action plan for beginning to collect data Proper utilization and dissemination of findings Climate Perceptions of work environment’s psychological impact on employees Affective response “Is this place good or bad for me” Rejection or adoption of new technologies It can predict sustainability and success of EBP implementation Assimilation vs. Accommodation Information fitting versus developing fields Positive or negative outcomes: Turnover, organizational commitment, staff wellbeing, client wellbeing, EBP success, quality of care Individual persistence vs. apathy/resistance Feelings of autonomy, decision control, energy, motivation, tenacity Data-Driven Treatment Data- Driven Treatment 1. Proficiency – expectation that service providers will be competent, have up-to-date knowledge, and place the well-being of clients first 2. Rigidity – expectation that service providers will have limited discretion and flexibility, and closely follow extensive bureaucratic rules and regulations 3. Resistance – expectation that service providers will show no interest in change or new ways of providing services Feedback Informed Treatment Dunning and Kruger – “Unskilled and Unaware of It” Findings Across 4 Studies: Participants scoring in the bottom quartile on tests of humor, grammar, and logic grossly overestimated their test performance and ability. Although their test scores put them in the 12th percentile, they estimated themselves to be in the 62nd” “Put simply, people tend to do what they know and fail to do that which they have no conception of. In that way, ignorance profoundly channels the course we take in life.” See Justin Kruger and David Dunning, “Unskilled and Unaware of It: How Difficulties in Recognizing One’s Own Incompetence Lead to Inflated Self-Assessments,” Journal of Personality and Social Psychology, Dec. 1999, 1121–34) Client Questionnaires (eg. YOQ, RADS, ORS, SRS) http://www.screencast.com/t/y4ALQWNsc5u Organizational Questionnaires / Measures (eg. OSC) (incident reporting, Staff turnover) Organizational Trackers (eg. Salesforce, ) Feedback forms (Staff, Students, Families, Referral partners) Employee training and level advancement Prioritizing Items to be Assessed: What is the potential utilization of outcomes data in your program? Marketing Screening Treatment Planning Projecting Training Risk Assessments More? Examine current areas of a programs strength and weakness Program “fit” for incoming clients

Data Driven

Transcript: WHY Data Driven Decision Making Porshe' Chapman Present your ideas WHAT Professional Learning Communities WHY? Professional Learning Commitee Strong professional learning communities can foster an environment of academic risk-taking and growth, allowing teachers and students to benefit. Professional Learning Commitee give teachers the chance to directly enhance their students' learning and teaching. Professional Learning Commitee provides teachers with simple approach to enhance best practices and come up with creative ideas to enhance instruction and raise student progress. For educators to exchange perspectives and believe that what they are doing in the classroom matters, effective communication is essential. These learning communities allow teacher more critically thinking on their own teaching methods and students' learning outcomes. When you meet with your PLC, you may share student progress, and when the data is shared between grade levels in the same building, administrators and teachers take responsibility for every student's education. My IQ? How When Open your mind for new ideas Healhty diet? No Thanks! School Wide Data Digs Educators Through the effective implementation of Data Dugs, Teachers will be prepared to: Review and understand Data Utilize Data to Plan for instruction SEt Professional Goals Engage in Data Driven Civersation Through the effective implementation of School and District Data Digs, students will be prepared to engage in the following Students Review Indivdualized Data Goal Setting track success Data Dialog Data Digs Data Digs All stakeholders will be present at Data Dig meetings. To improve data competence, school leaders, instructional coaches, teachers, and students will take part in data-driven dialogs. Common planning periods will be scheduled by school leadership teams to give teachers time to have organized data dialogues based on the most recent data for their respective grade levels or subject areas. These meetings will run concurrently with PLCs and be a part of weekly grade team meetings that are incorporated with regard to individual classroom data. Monthly Data Digs only look at data that affect the entire school to decide what to do next. Student data will be collected in the classroom and will follow implementation guidelines for educators. District Wide Meeting Where WHY Principals, instructional coaches, parents, community partners, and students would all have access to district-wide data in addition to these individuals. This will serve as the starting point for data-driven talks that will spread to every student's school, classroom, and home. The relevance of data, what it means, and how it is used to decide what is NEXT will be explained to stakeholders through the usage of this technique. We will evaluate and discuss all recent assessment data in novel and interesting ways. All employees and students will be expected to attend this training, which will be held four times a year. On a monthly basis, school leaders and instructional coaches will continue to execute school-wide data digs.

Data-Driven

Transcript: Automatic Movement Generation Applications Style Support: Mean values of the p.d.f is a function of factors (style variable) Calculated by multiple regression Supervised Models state duration Allows for defining factors that control the state duration: walking pace What to Evaluate? Data-Driven Human Movement Generation Using Statistical Models High-level factors that affects the movement Gait Identity Effort ... Often referred to ask 'style variable' or 'style space' in the literature Data-Driven Movement Generation Statistical Movement Generation: Overview Style transitions Stride length and speed DBN Learned Style Machine Describing data in statistical terms Each feature vector (frame) contains 60-120 dimensions: multivariate Multivariate probability distribution functions Multivariate Gaussian Parametric Multivariate Gaussian Decomposable Triangulated Graph Mixture Models Data Multiple regression Hidden Semi-Markov Models Wang et al. [2006b] Parameterizing rotations with 3 Degrees of Freedom 3x3 Rotation Matrix Euler Angles 4D Quaternion Exponential Maps Bone Rotations vs Joint Angles Depending on MOCAP format Can be converted to each other Hierarchical representation of joins Rotations relative to parents Temporal: RBMs with direct connections from a number of its past visible units to its hidden and visible units Real-valued visible variables representing joint angles CRBMs as building blocks of Deep Belief Networks Generation based on initialization No style blending or interpolation Factored CRBM Experiments X=strutting+(running-walking) Yamazaki et al. [2005] Semantics Conditional Restricted Boltzmann Machines (CRBM) Yamazaki et al. [2005] Fall October 2013 Applications Discussion Style Extrapolation Pure data modeling No knowledge of human movement involved No physical constraints Having a good data is important! Need a collection of training data Record our own Use a movement database What we can generate mainly depends on what we have as data Multivariate Probability Distribution Functions 3D Rotation of joints or bones Full body movements An skeleton can be used for visualization purposes Joint positions Sources Motion Capture Kinect, Leap Motion Accelerometer (not good for generation) ... Not violating body constraints Aesthetics Realistic/Believable Variance from the training data Is it generation new examples? How different are examples from each other? Prediction How well can the model predict the movements given an initial set of frames Movement Data Physics based Data-driven Machine Learning Models - Differences Style-Content Separation: Motivation Wang et al. [2007] Style-Content Separation: Techniques Movement database with proper annotations Represent a range of different movement semantics Approaches for extracting and representing semantics Choice of the contents and semantics affects the data collection requirements Data source Marker placements for mocap Framerate SHMM http://www.uoguelph.ca/~gwtaylor/thesis/4/ Multifactor Gaussian Process Model Collection of motion capture files Used for training Need to be labeled/annotated for supervised methods Ideally includes Multiple takes of the same movements with same and different subjects Variations of the same movement type: stylized walks Follows a set of proper semantics Wang et al. [2006b] Style Content Separation Data Representation Defining the style dimensions Supervised Unsupervised Incorporating style into the model Conditional Probability Distribution Model Architecture Multivariate Gaussian Correlation between all dimensions Parametric Multivariate Gaussian The mean value of the distribution is affected by a parameter (style variable/factor) Decomposable Triangulated Graph HMM/Mix-SDTG HMM/Mix-SDTG Different models, different architectures, different representational capabilities Hidden Markov Models: Parametric HMM, HSMM Artificial Neural Networks: Feed-forward, CRBM, Factored CRBM Gaussian Process Models ... Specialized learning algorithms Generation Algorithms Probability Distribution Functions Taylor et al. [2006] Wang et al. [2007] Between 60 to 120 Includes root position and orientation 1, 2, or 3 DOFs for each joint/bone Depends on Type of the rotation parametrization Number of joints/bones defined in skeleton Number of markers used (marker based mocap) Dimensionality Reduction Algorithms Principal Component Analysis Hard to evaluate the works No methodological evaluation method Usually no videos available Not replicable Lack of a comprehensive database Repeated variations of the same movements Valid annotations No semantics defined in current databases or models No study on agent model integration Mostly using motion capture Approaches: Concatenation Blending and interpolation Transforming existing movements Statistical models Style Machines Multifactor Gaussian Process Model: Experiments Extending a MOCAP database Can be used by animators Useful for other animation technique Cost and time Direct Animation Current

Now you can make any subject more engaging and memorable