PPT-Detection of Sand Boils using Machine Learning Approaches

Presented by Aditi Kuchi Supervisor Dr Md Tamjidul Hoque 1 Presentation Overview Sand boils What How Why Motivation Dataset Methods used amp explanations discussion ViolaJones algorithm . Prafulla Dawadi. Topics in Machine Learning. Outline. Part I. Examples. Rare Class, Imbalanced Class, Outliers. Part II. (Rare)Category Detection. Part III. Kernel Density Estimation . Mean Shift and Hierarchal Mean Shift. Boils - Images copyright DermNet (NZ)Why do boils occur? Most people with boils are otherwise healthy and have good personal hygiene. They do, however, carry Staph. aureus on the surface of their skin Lecture . 4. Multilayer . Perceptrons. G53MLE | Machine Learning | Dr Guoping Qiu. 1. Limitations of Single Layer Perceptron. Only express linear decision surfaces. G53MLE | Machine Learning | Dr Guoping Qiu. Stanford University. Learning. . to improve our lives. Input. Computers Can Learn?. Computers can learn to . predict. Computers can learn to . act. Output. Program. Parameters. Learned to get desired input/output mapping. Prafulla Dawadi. Topics in Machine Learning. Outline. Part I. Examples. Rare Class, Imbalanced Class, Outliers. Part II. (Rare)Category Detection. Part III. Kernel Density Estimation . Mean Shift and Hierarchal Mean Shift. What are Boils and Carbuncles? . Boils and Carbuncles are painful, pus-filled bumps that form under your skin when bacteria infect and inflame one or more of your hair follicles. . Boils . usually start as red tender lumps.. Classification of Transposable Elements . using a Machine . Learning Approach. Introduction. Transposable Elements (TEs) or jumping genes . are DNA . sequences that . have an intrinsic . capability to move within a host genome from one genomic location . What is an IDS?. An . I. ntrusion . D. etection System is a wall of defense to confront the attacks of computer systems on the internet. . The main assumption of the IDS is that the behavior of intruders is different from legal users.. DistributedattackdetectionschemeusingdeeplearningapproachforInternetofThingsAbebeAbeshuDiro,NaveenChilamkurtiPII:S0167-739X(17)30848-8DOI:http://dx.doi.org/10.1016/j.future.2017.08.043Reference:FUTURE Yonggang Cui. 1. , Zoe N. Gastelum. 2. , Ray Ren. 1. , Michael R. Smith. 2. , . Yuewei. Lin. 1. , Maikael A. Thomas. 2. , . Shinjae. Yoo. 1. , Warren Stern. 1. 1 . Brookhaven National Laboratory, Upton, USA. Module 401 . Postgraduate Certificate . in Learning and Teaching . in Higher Education. Aims. Provide some evidence that teaching approach influences learning approach. With variable learning/assessment effects. Dr. Alex Vakanski. Lecture . 10. AML in . Cybersecurity – Part I:. Malware Detection and Classification. . Lecture Outline. Machine Learning in cybersecurity. Adversarial Machine Learning in cybersecurity. Institute of High Energy Physics, CAS. Wang Lu (Lu.Wang@ihep.ac.cn). Agenda. Introduction. Challenges and requirements of anomaly detection in large scale storage systems . Definition and category of anomaly. Applications (Part I). S. Areibi. School of Engineering. University of Guelph. Introduction. 3. Machine Learning. Types of Learning:. Supervised learning. : (also called inductive learning) Training data includes desired outputs. This is spam this...