CCMAS Course Search

Distribution-free methods; Distribution of order statistics and quintiles; One and two sample tests; Confidence intervals; Transformation of statistics and their asymptotic properties; OC and ASN functions of SPRT; SPRT for composite hypotheses; Elements of sequential estimation Stein's two stage sampling methods for point and interval estimate

Physics and Principles of diagnostic imaging equipment: radiographic unit; computed tomography; mammographic units; Principles of radiation therapy (teletherapy and brachytherapy); Physics of radiotherapy equipment; CO-60 unit and Linear accelerator; Physics and operational principles of Gamma camera; Physics of positron Emission Tomography (PET); Physics and operational principles of Magnetic Resonance Imaging (MRI); Industrial Uses: Industrial radiography; Tracing; Gauging; Material Modification; Sterilization food preservation and others; Research Uses; Neutron Activation Analysis; Particle-induced X-ray Emission (PIXE) and others

Algebraic integers; Completions; the different and discriminant; Cyclotomic fields; Parallelotopes; Class-Number; Ideles and Adeles; Elementary properties of Zeta-functions; L-functions

Interpolation schemes; the Lagrangian representation; Aitkin algorithm least square fit; Interactive processes; Solution of linear equations; Gaussian elimination; inversion of matrices; Fourier series and harmonic analysis; Difference equations; Numerical integration and differentiation - Trapezium; Simpson's; limitation of size of grid; Solution of ordinary differential equation; step by step methods; Partial differential equation; simple wave propagation forward difference; backward difference; central difference in time; the implicit scheme; conditions for stability; e.g.; diffusion equation; hyperbolic equation method of relaxation and other interactive schemes applied to simultaneous equations; ill-conditioned equations; Elliptic equations - interactive methods; spectral series method; Functional representation; minimization and telescoping; Computer solution of equations

9.1.1 Details of Courses

Interpolation schemes; the Lagrangian representation; Aitkin algorithm least square fit; Interactive processes; Solution of linear equations; Gaussian elimination; inversion of matrices; Fourier series and harmonic analysis; Difference equations; Numerical integration and differentiation - Trapezium; Simpson's; limitation of size of grid; Solution of ordinary differential equation; step by step methods; Partial differential equation; simple wave propagation forward difference; backward difference; central difference in time; the implicit scheme; conditions for stability; e.g.; diffusion equation; hyperbolic equation method of relaxation and other interactive schemes applied to simultaneous equations; ill-conditioned equations; Elliptic equations - interactive methods; spectral series method; Functional representation; minimization and telescoping; Computer solution of equations

Plant; soil and water relationships; Nutrient uptake; Mechanisms and theories of nutrient uptake; Roles of major and minor plant nutrients in plant metabolism; Nutrient interactions and deficiency symptoms; Biofortification and Genetic improvement of plants for enhanced micronutrient content; Analytical techniques in plant nutrition studies; Hydroponics; Techniques in radio labelling/tracer studies

Dietary essentiality of carbohydrate and lipids; Concept and biological value of proteins; Physiological function and biochemical mechanism of action of vitamins and inorganic nutrients; Metabolic interaction of nutrients; Proximate composition of foodstuff; estimation of fibre; additives; vitamins; trace minerals and amino acids; Food sensitivity and toxicology; Biochemical assessment of nutritional status; Adaptive response to undernutrition; Alcohol; sugar and fibre nutrition; protein energy malnutrition (PEM); Micronutrients deficiency diseases

Procedural programming and its limitations; Software development methodology: Fundamental design concepts and principles; structured design; testing and debugging strategies; test case design; programming environments; testing and debugging tools; Basic concepts and formal methods of Object Oriented Programming (OOP); Study of the features of a popular Object Oriented Programming Language such as JAVA; Visual Basic and C++; Applications of OOP in systems software development

Structural design aspects of an operating system: process model; inter-process communication; synchronization mechanisms; resource management; and scheduling; Protection issues; Implementation issues of modern operating systems; Distributed operating systems; Deadlock detection; recovery; and avoidance; Case studies; Project(s)