PPT-Accuracy-Aware Program Transformations

Sasa Misailovic MIT CSAIL Collaborators Martin Rinard Michael Carbin Stelios Sidiroglou Henry Hoffmann Deokhwan Kim Fan Long Daniel Roy Zeyuan Allen Zhu Michael Kling . 1 2D Transformations Given a point cloud polygon or sampled parametric curve w e can use transformations for several purposes 1 Change coordinate frames world window viewport devic e etc 2 Compose objects of simple parts with local scaleposition orie 1 02 03 04 05 06 07 08 09 1 Measured Value of x Fraction of Total Measurements SD 01 SD 02 SD 03 brPage 5br mean standard deviation histogram Figure 3 Mass of Unknown Sample 102 104 106 108 11 112 114 116 118 12 Mass kg of Measurements brPage 6br T hey can also be prone to misinterpretation when reviewing a product specification A dispensing moti on system can be made to perform better or wors under ifferent operating conditions T his article will expla in accuracy and repeatability and ho A community resource to help families make informed child care decisions. Minnesota’s Littlest Learners: Our Future Workforce. 90% of brain development happens by age 5.. Nearly half of Minnesota kindergartners are not ready for school.. Moquan Chen & Stian Kilaas. Introduction. Context-aware communication: the way a user is contacted depends on his/her context. This article examines projects and gives them points on a context-aware vs. autonomous actions graph. Lecture 3. Jitendra. Malik. Pose and Shape. Rotations and reflections are examples. of orthogonal transformations . Rigid body motions. (Euclidean transformations / . isometries. ). Theorem:. Any rigid body motion can be expressed as an orthogonal transformation followed by a translation.. SOC. IABLE. SOCIABLE. Addison Dunbrook. Tuan Tran. Mayuran K. Justin . Caravaggio. Kenneth Lo. Where: . AP-134. When:. April 10th 2014. Time:. . 11:00 . - . 2:00pm. Ad-Hoc / WiFi Direct. Delay Tolerant Networks. Scent-Aware Guidelines April 2004 McMaster University 2 substitutes. This will involve the review of Material Safety Data Sheets for commercial products currently used and those intended for use as SOC. IABLE. SOCIABLE. Addison Dunbrook. Tuan Tran. Mayuran K. Justin . Caravaggio. Kenneth Lo. Where: . AP-134. When:. April 10th 2014. Time:. . 11:00 . - . 2:00pm. Ad-Hoc / WiFi Direct. Delay Tolerant Networks. Processing. Part . III. Example Applications. Martin Bokeloh. Niloy. . Mitra. Michael Wand . Hao. Zhang Daniel Cohen-Or Martin . Bokeloh. Part III - Overview. Shape deformation. Define: . Accuracy. Precision. Draw & . Label. 4 dart boards to illustrate:. . (. each board should contain . 4 marks. ). High Accuracy, High Precision. High Accuracy, Low Precision. Low Accuracy, High Precision. in real life. HW: Maintenance Sheet 3 . (7-8). I can use the properties of translations, rotations, and reflections on line segments, angles, parallel lines or geometric figures. . I can show and explain two figures are congruent using transformations (explaining the series of transformations used) . Capturing, Communicating, and Enforcing . Privacy Policies and Preferences. Primal Pappachan. , Martin Degeling, Roberto Yus, Anupam Das, . Sruti Bhagavatula, William Melicher, Pardis Emami Naeini, Shikun Zhang, . for 360-Degree Video Streaming. . Zhetao. Li . Fei . Gui. . Xiangtan University . Jinkun. . Geng. Dan Li . Tsinghua University . Zhibo. Wang . Wuhan University .