“…Also included are multivariate analysis of variance, mixed models, generalized models, and models based on penalized regression techniques…”

“…Also included are multivariate analysis of variance, mixed models, generalized models, and models based on penalized regression techniques…”

“…Also included are multivariate analysis of variance, mixed models, generalized models, and models based on penalized regression techniques…”

“…Prompted by her reading of his Confessions, the letter mixes nostalgic erotica with feminist criticism of the Church's position on women and love. …”
Acceso restringido con credenciales, usuarios UPSA

Tabla de Contenidos: “…-- 7.9.2 Data -- CHAPTER 8: PROCEDURAL CONTENT GENERATION -- 8.1 Pseudorandom Numbers -- 8.1.1 Numeric Mixing and Game Seeds -- 8.1.2 Halton Sequence -- 8.1.3 Phyllotaxic Angles -- 8.1.4 Poisson Disk -- 8.2 Lindenmayer Systems -- 8.2.1 Simple L-systems -- 8.2.2 Adding Randomness to L-systems -- 8.2.3 Stage-Specific Rules -- 8.3 Landscape Generation -- 8.3.1 Modifiers and Height-Maps -- 8.3.2 Noise -- 8.3.3 Perlin Noise -- 8.3.4 Faults -- 8.3.5 Thermal Erosion -- 8.3.6 Hydraulic Erosion -- 8.3.7 Altitude Filtering -- 8.4 Dungeons and Maze Generation -- 8.4.1 Mazes by Depth First Backtracking…”

Tabla de Contenidos: “…6.3.1 Tube External/Outside Heating Surface -- 6.3.2 Staggered/inline -- 6.3.3 Countercurrent/cocurrent/crossflow -- 6.3.4 Headers/jumpers vs upper returns -- 6.3.5 Circuitry -- 6.3.6 Sliding/floating pressure operation -- 6.3.7 Unfired/supplemental fired -- 6.3.7.1 Burner in inlet duct -- 6.3.7.2 Split superheater/reheater -- 6.3.7.3 Screen evaporator -- 6.3.7.4 Supplemental firing at combustion gas turbine part load -- 6.3.7.5 Supplemental firing impact downstream of the high-pressure evaporator -- 6.3.8 Bundle support types -- 6.3.9 Tube-to-header connections -- 6.4 Outlet temperature control -- 6.4.1 Spraywater desuperheater -- 6.4.1.1 Interstage -- 6.4.1.2 Water source vs steam purity -- 6.4.2 Steam bypass attemperator -- 6.4.3 Mixing requirements for each -- 6.5 Base load vs fast startup and/or high cycling -- 6.6 Drainability and automation (coils, desuperheater, etc.) -- 6.7 Flow distribution -- 6.7.1 Steam side -- 6.7.2 Gas side -- 6.8 Materials -- 6.9 Conclusions -- 7 Duct burners -- Chapter outline -- 7.1 Introduction -- 7.2 Applications -- 7.2.1 Cogeneration -- 7.2.2 Combined cycle -- 7.2.3 Air heating -- 7.2.4 Fume incineration -- 7.2.5 Stack gas reheat -- 7.3 Burner technology -- 7.3.1 In-duct or inline configuration -- 7.3.2 Grid configuration (gas firing) -- 7.3.3 Grid configuration (liquid firing) -- 7.4 Fuels -- 7.4.1 Natural gas -- 7.4.1.1 Refinery/chemical plant fuels -- 7.4.1.2 Low heating value -- 7.4.1.3 Liquid fuels -- 7.5 Combustion air and turbine exhaust gas -- 7.5.1 Temperature and composition -- 7.5.2 Turbine power augmentation -- 7.5.3 Velocity and distribution -- 7.5.4 Ambient air firing (air-only systems and HRSG backup) -- 7.5.5 Augmenting air -- 7.5.6 Equipment configuration and TEG/combustion airflow straightening -- 7.6 Physical modeling -- 7.6.1 CFD modeling -- 7.6.1.1 Wing geometry: variations -- Flame holders…”

Tabla de Contenidos: “…B.13 Background() -- B.14 BackgroundDetect() -- B.15 Bridge() -- B.16 Busy() -- B.17 ChangeMonitor() -- B.18 ChanIsAvail() -- B.19 ChannelRedirect() -- B.20 ChanSpy() -- B.21 CheckGroup() -- B.22 ClearHash() -- B.23 Congestion() -- B.24 ContinueWhile() -- B.25 ControlPlayback() -- B.26 Curl() -- B.27 Cut() -- B.28 DAHDIBarge() -- B.29 DAHDIRAS() -- B.30 DAHDIScan() -- B.31 DAHDISendKeypadFacility() -- B.32 DateTime() -- B.33 DBdel() -- B.34 DBdeltree() -- B.35 DBget() -- B.36 DBput() -- B.37 DeadAGI() -- B.38 Dial() -- B.39 Dictate() -- B.40 DigitTimeout() -- B.41 Directory() -- B.42 DISA() -- B.43 DumpChan() -- B.44 DUNDiLookup() -- B.45 EAGI() -- B.46 Echo() -- B.47 EndWhile() -- B.48 EnumLookup() -- B.49 Eval() -- B.50 Exec() -- B.51 ExecIf() -- B.52 ExecIfTime() -- B.53 ExitWhile() -- B.54 ExtenSpy() -- B.55 ExternalIVR() -- B.56 FastAGI() -- B.57 Festival() -- B.58 Flash() -- B.59 FollowMe() -- B.60 ForkCDR() -- B.61 GetCPEID() -- B.62 GetGroupCount() -- B.63 GetGroupMatchCount() -- B.64 Gosub() -- B.65 GosubIf() -- B.66 Goto() -- B.67 GotoIf() -- B.68 GotoIfTime() -- B.69 Hangup() -- B.70 HasNewVoicemail() -- B.71 HasVoicemail() -- B.72 IAX2Provision() -- B.73 ICES() -- B.74 ImportVar() -- B.75 Incomplete() -- B.76 JabberSend() -- B.77 JabberStatus() -- B.78 KeepAlive() -- B.79 Log() -- B.80 LookupBlacklist() -- B.81 LookupCIDName() -- B.82 Macro() -- B.83 MacroExclusive() -- B.84 MacroExit() -- B.85 MacroIf() -- B.86 mailboxExists() -- B.87 Math() -- B.88 MD5() -- B.89 MD5Check() -- B.90 MeetMe() -- B.91 MeetMeAdmin() -- B.92 MeetMeChannelAdmin() -- B.93 MeetMeCount() -- B.94 Milliwatt() -- B.95 MinivmAccMess() -- B.96 MinivmDelete() -- B.97 MinivmGreet() -- B.98 MinivmNotify() -- B.99 MinivmRecord() -- B.100 MixMonitor() -- B.101 Monitor() -- B.102 Morsecode() -- B.103 MP3Player() -- B.104 MSet() -- B.105 MusicOnHold() -- B.106 NBScat()…”

Tabla de Contenidos: “…3.10 Cross-system Coupling Facility (XCF) -- 3.10.1 XCF systems, groups, and members -- 3.10.2 XCF signaling paths -- 3.10.3 XCF Transport Classes -- 3.10.4 XCF signal path performance problems -- 3.10.5 XCF message buffer length performance problems -- 3.10.6 XCF message buffer space performance problems -- 3.10.7 XCF Coupling Facility performance problems -- 3.10.8 XCF recommendations -- 3.11 GRS -- 3.11.1 GRS start options -- 3.11.2 Dynamic RNLs -- 3.11.3 GRS Ring Availability considerations - Fully connected complex -- 3.11.4 GRS Ring Availability considerations - Mixed complex -- 3.11.5 GRS Star Availability considerations -- 3.11.6 SYNCHRES option -- 3.11.7 Resource Name Lists (RNLs) -- 3.11.8 RNL design -- 3.11.9 GRS monitor (ISGRUNAU) -- 3.11.10 RNL syntax checking -- 3.11.11 GRS recommendations -- 3.12 Tape sharing -- 3.12.1 IEFAUTOS -- 3.12.2 ATS Star -- 3.12.3 Coexistence between Dedicated, IEFAUTOS, and ATS Star -- 3.12.4 Tape-sharing recommendations -- 3.13 JES2 -- 3.13.1 JES2 SPOOL considerations -- 3.13.2 JES2 Checkpoint considerations -- 3.13.3 JES2 Checkpoint access -- 3.13.4 JES2 Checkpoint performance -- 3.13.5 JES2 Checkpoint management -- 3.13.6 JES2 Health Monitor -- 3.13.7 Scheduling environment -- 3.13.8 WLM-managed initiators -- 3.13.9 JESLOG SPIN data sets -- 3.13.10 JES2 recommendations -- 3.14 WLM -- 3.14.1 Service classes -- 3.14.2 WLM recommendations -- 3.15 UNIX System Services -- 3.15.1 Shared HFS -- 3.15.2 Automove -- 3.15.3 zFS -- 3.15.4 BRLM issues -- 3.15.5 UNIX System Services recommendations -- 3.16 RACF -- 3.16.1 RACF sysplex communication -- 3.16.2 RACF non-data sharing mode -- 3.16.3 RACF data sharing mode -- 3.16.4 RACF read-only mode -- 3.16.5 RACF recovery procedures -- 3.16.6 PKI Services -- 3.16.7 RACF recommendations -- 3.17 DFSMShsm -- 3.17.1 Common Recall Queue…”

Tabla de Contenidos: “…6.6.3 Domain IDs -- 6.6.4 Zoning -- 6.6.5 Physical infrastructure and distance -- 6.7 Interoperability issues in the design -- 6.7.1 Interoperability -- 6.7.2 Standards -- 6.7.3 Legacy equipment and technology -- 6.7.4 Heterogeneous support -- 6.7.5 Certification and support -- 6.7.6 OEM/IBM mixes -- 6.8 Pilot and test the design -- Chapter 7. …”

Tabla de Contenidos: “…Lotus Domino Designer -- 2.1 Overview -- 2.2 Working in Domino Designer -- 2.2.1 Launching Domino Designer -- 2.2.2 The Domino Designer client -- 2.2.3 The Design pane -- 2.2.4 The tabbed windows -- 2.2.5 The Bookmark folders -- 2.2.6 The Design elements folders -- 2.2.7 The Properties dialog -- 2.2.8 Design element locking -- 2.2.9 The Launch buttons -- 2.2.10 The Programmer's Pane -- 2.3 Domino Design elements -- 2.3.1 The Domino database -- 2.3.2 Frameset -- 2.3.3 Pages -- 2.3.4 Forms -- 2.3.5 Views -- 2.3.6 Folders -- 2.3.7 Shared code -- 2.3.8 Shared resources -- 2.3.9 Other -- 2.4 New elements of Domino Designer 6 -- 2.4.1 Cascading style sheet (CSS) -- 2.4.2 Layers -- 2.4.3 Shared code and shared resources -- 2.4.4 LotusScript, JavaScript and Java libraries -- 2.4.5 Data connections -- 2.4.6 DXL utilities -- 2.4.7 JSP custom tag libraries -- 2.5 Industry Standards support -- 2.6 Multi-client applications support -- 2.7 Multilingual applications support -- 2.8 Easy access to enterprise data and applications -- 2.9 Developing for mixed releases of clients -- 2.9.1 On-Disk Structure -- Chapter 3. …”

Tabla de Contenidos: “…Cover -- Half Title -- Title -- Copyright -- Dedication -- Contents -- List of Figures -- List of Tables -- Preface -- Chapter 1: Introduction -- 1.1 Using This Book -- 1.2 Fundamentals of Audio Signal Processing -- 1.2.1 Acquisition of Audio Samples -- 1.3 Reconstruction of the Analog Signal -- 1.4 Numerical Representation of Audio Data -- 1.5 Analytical DSP Test Signals -- 1.5.1 DC and Step (0 Hz) -- 1.5.2 Nyquist -- 1.5.3 1⁄2 Nyquist -- 1.5.4 1⁄4 Nyquist -- 1.5.5 Impulse -- 1.6 Signal Processing Algorithms -- 1.6.1 Bookkeeping -- 1.6.2 The One-Sample Delay -- 1.6.3 Multiplication With a Scalar Value -- 1.6.4 Addition and Subtraction -- 1.6.5 Some Algorithm Examples and Difference Equations -- 1.6.5.1 Gain, Attenuation and Phase Inversion -- 1.7 1st Order Feed-Forward and Feedback Algorithms -- 1.8 Bibliography -- Chapter 2: Anatomy of an Audio Plugin -- 2.1 Plugin Packaging: Dynamic-Link Libraries (DLLs) -- 2.2 The Plugin Description: Simple Strings -- 2.2.1 The Plugin Description: Features and Options -- 2.3 Initialization: Defining the Plugin Parameter Interface -- 2.3.1 Initialization: Defining Channel I/O Support -- 2.3.2 Initialization: Sample Rate Dependency -- 2.4 Processing: Preparing for Audio Streaming -- 2.4.1 Processing: Audio Signal Processing (DSP) -- 2.5 Mixing Parameter Changes With Audio Processing -- 2.5.1 Plugin Variables and Plugin Parameters -- 2.5.2 Parameter Smoothing -- 2.5.3 Pre and Post-Processing Updates -- 2.5.4 VST3 Sample Accurate Updates -- 2.5.5 Multi-Threaded Software -- 2.6 Monolithic Plugin Objects -- 2.7 Bibliography -- Chapter 3: VST3 Programming Guide -- 3.1 Setting Up the VST3 SDK -- 3.1.1 VST3 Sample Projects -- 3.1.2 VST3 Documentation -- 3.2 VST3 Architecture and Anatomy -- 3.2.1 Single vs. …”

Tabla de Contenidos: “…Stentid -- Spatial distribution of Heterobasidion abietinum genets on Abies cilicica in a mixed stand / A. Lehtijarvi, H.T. Dogmus-Lehlijarvi, A.G. …”

Tabla de Contenidos: “…Key Equations in Open-Channel Flow 746 -- Problems 749 -- Chapter 10 Drag and Lift 759 -- 10.1 Introduction 759 -- 10.2 Fundamentals 760 -- 10.2.1 Friction and Pressure Drag 762 -- 10.2.2 Drag and Lift Coefficients 762 -- 10.2.3 Flow over Flat Surfaces 765 -- 10.2.4 Flow over Curved Surfaces 767 -- 10.3 Estimation of Drag Coefficients 770 -- 10.3.1 Drag on Flat Surfaces 770 -- 10.3.2 Drag on Spheres and Cylinders 774 -- 10.3.3 Drag on Vehicles 781 -- 10.3.4 Drag on Ships 784 -- 10.3.5 Drag on Two-Dimensional Bodies 785 -- 10.3.6 Drag on Three-Dimensional Bodies 786 -- 10.3.7 Drag on Composite Bodies 786 -- 10.3.8 Drag on Miscellaneous Bodies 789 -- 10.3.9 Added Mass 790 -- 10.4 Estimation of Lift Coefficients 791 -- 10.4.1 Lift on Airfoils 791 -- 10.4.2 Lift on Airplanes 794 -- 10.4.3 Lift on Hydrofoils 799 -- 10.4.4 Lift on a Spinning Sphere in Uniform Flow 800 -- Key Equations for Drag and Lift 803 -- Problems 806 -- Chapter 11 Boundary-Layer Flow 827 -- 11.1 Introduction 827 -- 11.2 Laminar Boundary Layers 829 -- 11.2.1 Blasius Solution for Plane Surfaces 829 -- 11.2.2 Blasius Equations for Curved Surfaces 834 -- 11.3 Turbulent Boundary Layers 836 -- 11.3.1 Analytic Formulation 836 -- 11.3.2 Turbulent Boundary Layer on a Flat Surface 837 -- 11.3.3 Boundary-Layer Thickness and Shear Stress 844 -- 11.4 Applications 845 -- 11.4.1 Displacement Thickness 845 -- 11.4.2 Momentum Thickness 849 -- 11.4.3 Momentum Integral Equation 850 -- 11.4.4 General Formulations for Self-Similar Velocity Profiles 854 -- 11.5 Mixing-Length Theory of Turbulent Boundary Layers 856 -- 11.5.1 Smooth Flow 856 -- 11.5.2 Rough Flow 857 -- 11.5.3 Velocity-Defect Law 858 -- 11.5.4 One-Seventh Power Law Distribution 859 -- 11.6 Boundary Layers in Closed Conduits 859 -- 11.6.1 Smooth Flow in Pipes 860 -- 11.6.2 Rough Flow in Pipes 861.…”

“…The work delivers an in-depth analysis of current re-use practises and strategies that is following a mixed methods approach. Based on an initial policy analysis, 35 re-used churches were investigated by mapping their spatial and structural characteristics, complemented by governance and planning process related attributes. …”

“…The whole process chain, that includes: a) compounding, involving the mixing of ceramic powder with a thermoplastic binder, b) rheological characterizations, c) preform composite fabrication followed by co-extrusion,d) debinding and, finally,e) sintering of the body to near full density, is systematically described…”

“…It aims to develop the research in this field by formulating and demonstrating some characterization results of well-posedness and robust efficient solutions in new classes of (multiobjective) variational (control) problems governed by multiple and/or path-independent curvilinear integral cost functionals and robust mixed and/or isoperimetric constraints involving first- and second-order partial differential equation…”

“…The book contains several chapters on such topics as quark mixing, the double pole method, the inter-nucleon up-to-down quark bond and its implications for nuclear binding, and more. …”

“…They also help generate additional genetic diversity in sperm and eggs cells by mixing DNA sequences from maternal and paternal chromosomes. …”

“…This book investigates a set of policy challenges concerning the type of government interventions that are needed to promote health systems objectives in a mixed public-private context…”