To compute probabilities from the normal distribution. To compute probabilities from the uniform distribution. To compute probabilities from the exponential distribution

Classes of Halides Alkyl: Halogen, X, is directly bonded to sp3 carbon. Vinyl: X is bonded to sp2 carbon of alkene. Aryl: is bonded to sp2 carbon on benzene ring. Examples:

Response of SDOF to arbitrary excitation • Duhamel’s integral Response to Special Force Types • Step Force • Ramp or Linearly Increasing Force • Impulsive Force

Response of SDOF to harmonic excitation: application • Identify the natural frequency and damping ratio • Vibration measurements • Earthquake Isolation • Vibration Isolation Response of SDOF to periodic excitation

4.1 Footing depth and spacing 4.2 Displaced soil effects 4.3 Net versus gross pressure: design soil pressures 4.4 Erosion problems for structures adjacent to flowing water 4.5 Corrosion protection 4.6 Water table fluctuation 4.7 Foundations in sand and silt deposits 4.8 Foundations on loess and other collapsible soil 4.9 Foundations on unsaturated soils subjected to volume change with change in water content

A basic knowledge of disinfection and sterilization is crucial for biosafety in the laboratory. Since heavily soiled items cannot promptly be disinfected or sterilized, it is equally important to understand the fundamentals of cleaning prior to disinfection (precleaning). In this regard, the following general principles apply to all known classes of microbial pathogens

Teaching Aims(教学目的): To grasp the important words and patterns (掌握重点单词和句型). To understand the lessons from Jefferson(了解杰斐逊的遗训). Focal Points(教学重点): The usage of the important words and patterns (重点单词和句型的用法) To understand the contents of the text (理解课文内容）

NUMERICAL SoL°To ·G川EN舟c。 MPLEX SET of0 YNAMICS 义(t)=斤(x,x) WHERE f()CouL0BE升MNLE升 R FUNCTI0N 工TCNB.工 MOss8 LE To ACTVALLY SoLVE FoR×(t)∈ ACTLY →0 EVELoP A则 UMERICAL SOLUTION. cA小NE0co0 ES TO HELP v5 D。TwsτN MATLAB BUT LET US CONSIDER THE BAsIcs

• Cloud environment & Security problems in cloud • How to protect applications against Hypervisor/OS in cloud • Intel SGX, protecting applications against OS • SCONE (OSDI’16), using Intel SGX • How to protect user data against applications in cloud • Ryoan (OSDI’16), using NaCl (S&P’09) and Intel SGX • How to verify network security in cloud • TenantGuard (NDSS’17)， verifying network isolation in cloud

 Introduction to Tsunamis and Tsunami Modeling  Visualization of tsunamis with Amira visualization package  Virtues of Graphics Accelerated Board (GPU)  Applications of GPU to Shallow-Water equations  Radial Basis Functions (RBF) Swirling Flows  Applications of GPU to RBF equations  Concluding Remarks