1 Financial Crisis: A Hardy Perennial 1 2 Anatomy of a Typical Crisis 24 3 Speculative Manias 38 4 Fueling the Flames: The Expansion of Credit 64 5 The Critical Stage 90 6 Euphoria and Economic Booms 113 7 International Contagion 123 8 Bubble Contagion: Tokyo to Bangkok to New York 142 9 Frauds, Swindles, and the Credit Cycle 165 10 Policy Responses: Letting It Burn Out, and Other Devices 203 11 The Domestic Lender of Last Resort 225 12 The International Lender of Last Resort 243 13 The Lessons of History and the Most Tumultuous

1.Lecture 1: Cross-Layered Design of Sensor Networks 2.Lecture 2: Fundamentals of Wireless Communication and Ad-Hoc /Mobile /Sensor Networks 3.Lecture 3: Networking Architecture, Routing Protocols and Algorithms 4.Lecture 4: Resource Allocation and Optimization 5.Lecture 5: Cryptography and Sensor Network Security 6.Lecture 6: Cooperative Communication and Networking 7.Lecture 7: Cognitive Radios and Sensor Networks

1 Preliminary 11 Introduction 12 Cardinality 13 Topology of the Euclidean space 14 Metric space and Baire Category theorem 15 Continuous functions and Distance in metric space 151 Hausdorff distance and Gromov-Hausdorff distance 152 Invariant of domain 2 Lebesgue measure 21 Exterior measure 22 Measure 23 Borel sets and Measurable sets 24 Linear transformation of measurable sets 25 Sets of positive measure 3 Measurable functions 31 Measurable functions 32 Simple functions 33 Littlewood’s Three principles 4 Lebesgue’s integration theory 41 Integration 42 Interchanging limits with integrals 43 Lebesgue vs Riemann 44 Fubini’s Theorem 5 Differentiation 51 Monotone functions 52 Fundamental theorem of Calculus I 521 A detour: Bounded variation functions 53 Fundamental theorem of Calculus II 54 Lebesgue Differentiation Theorem 6 Function spaces 61 L P spaces 611 Normed vector space 612 A detour: Convexity and Jensen’s inequality 613 Completeness: Banach space 614 Separability 62 Hilbert space:

Part I—HISTORICAL BACKGROUND Part II—HABITATS, TAXONOMY, AND GROWTH PARAMETERS Part III—MICROORGANISMS IN FOODS Part IV—DETERMINING MICROORGANISMS AND/OR THEIR PRODUCTS IN FOODS Part V—FOOD PROTECTION AND SOME PROPERTIES OF PSYCHROTROPHS, THERMOPHILES, AND RADIATION-RESISTANT BACTERIA Part VI—INDICATORS OF FOOD SAFETY AND QUALITY, PRINCIPLES OF QUALITY CONTROL, AND MICROBIOLOGICAL CRITERIA Part VII—FOODBORNE DISEASES

Unit 1 Talking About Learning English Unit 2 Greetings and Introductions Unit 3 Opening and Closing a Conversation Unit 4 Time and Appointment Unit 5 Making Telephone Unit 6 Going to a Party Unit 7 A Job Interview Unit 8 Gratitude And Thanks Unit 9 Apologies and Excuses Unit 10 Anger and Annoyance Unit 11 Compliments

Chapter 5 Macromolecules and Molecular Genetics The key informational macromolecules in prokaryotic and eukaryotic cells are DNA, RNA, and protein. Molecular Genetics deals with the mechanisms by which the information in DNA is replicated, and by which it can be transcribed into rNa and translated into specific proteins

Section 1 Introduction of lipid Classfication and structure Distribution and function Digestion and absorption Section 2 Fat metabolism 1. Fat mobilization and hydrolysis 2. Fatty acid β-oxidation 3. Ketone body formation 4. Fat synthesis Fatty acid and glycerol synthesis Section 3 Metabolism of Phospholipid Phospholipids (PL) cholesterol and cholesteryl ester glycolipids lipoid Section 4 Cholesterol metabolism Section 5 the metabolism of plasma lipoprotein

Ethics and stakeholders sTakeholders: people or groups that have an interest in the organization Stakeholders include employees, customers, shareholders, suppliers, and others Stakeholders often want different outcomes and managers must work to satisfy as many as possible Ethics: a set of beliefs about right and wrong. Ethics guide people in dealings with stakeholders and others, to determine appropriate actions Managers often must choose between the conflicting interest of stakeholders Irwin/McGraw-Hill CThe McGran-Hill Companies, Inc, 2000

• Analysis of Algorithms – worst case time and space complexity • Data Structures – stack, queue, linked list, tree, priority queue, heap, hash, and graph, • Searching algorithms – binary and AVL search trees; • Sorting algorithms – merge sort, quick sort, bucket sort and radix sort; (Reduce some contents) • Graph – data structure, depth first search and breadth first search. (add some interesting contents). • shortest path

Research Background and Challenges Problem Statement Research Goal and Objectives Key Related Work Conceptual and Preliminary Design Detailed Design and Implementation Robust networking architecture Secure communication scheme System Evaluation and Test Results Evaluation of robust networking architecture Analysis of secure communication scheme Benchmarking Conclusion & Recommendations