“…Uncut + life…”

“…Learn the secrets of the post-production professionals from box office blockbusters like Harry Potter, I am Legend, Dark Shadows, Men In Black II, Charlies Angels, 42, and The Last of the Mohicans, as well as primetime hits like SMASH, Big Bang Theory, Criminal Minds, Weeds, The Mindy Project, and Mythbusters. In Avid Uncut, Steve Hullfish taps into the expertise of the world's top editors to share in-depth, behind-the-scenes secrets and best practices that will boost your editing and color correction skills to the next level. …”

Tabla de Contenidos: “…; Chapter 5: My momentous momentum mistake; Chapter 6: Finally nail macro reversal patterns; Chapter 7: Magic macro continuation patterns; Chapter 8: Candlesticks uncut; Chapter 9: Putting it all together; Chapter 10: System development secrets; Chapter 11: The short and the long of it; Chapter 12: More psychology secrets; Appendix A: Candlestick basics…”

Tabla de Contenidos: “…-- The increasing importance of emotion in reflexive modernity -- The need to emotionalise reflexivity -- The study -- 'Ordinary people' struggling for connection -- Frustration, resentment and indignation: politicians' ignoring economic disadvantage -- Concluding remarks -- 6. UK Uncut: direct action against austerity -- Introduction -- How UK Uncut started -- Getting online, getting organised and getting out on thestreets -- Strategy and tactics for the anti-cuts movement…”

Tabla de Contenidos: “…Cover; Modern machining technology: A practical guide; Copyright; Contents; List of figures; List of tables; Preface; About the contributors; Editor; Authors; 1Turning; 1.1 Introduction; 1.2 Basic motions; 1.3 The turning regime; 1.4 Cutting force and power; 1.5 Uncut (undeformed) chip thickness, equivalent cutting edge, chip flow direction, and true chip cross-section parameters; 1.6 Design of a turning operation; 1.7 Particularities of the geometry of cutting tool with indexable inserts; 1.8 Cutting feed and surface finish in turning; 1.9 Tool wear of SPTT…”

Tabla de Contenidos: “…Chapter 12 - Adjusting for AR(1) correlation in complex models 12.1 Introduction 12.2 The two sample t-test - Uncut and patch cut forest 12.3 The second Sleuth case - Global warming, a simple regression 12.4 The Semmelweis intervention 12.5 The NYC temperatures (adjusted) 12.6 The Boise river flow data: model selection with filtering 12.7 Implications of AR(1) adjustments and the "skip" method 12.8 Summary Part III - Complex temporal structures Chapter 13 - The backshift operator, the impulse response function, and general ARMA models 13.1 The general ARMA model 13.2 The backshift (shift, lag) operator 13.3 The impulse response operator - intuition 13.4 Impulse response operator, g(B) - computation 13.5 Interpretation and utility of the impulse response function Chapter 14 - The Yule-Walker equations and the partial autocorrelation function. 14.1 Background 14.2 Autocovariance of an ARMA(m,l) model 14.3 AR(m) and the Yule-Walker equations 14.4 The partial autocorrelation plot 14.5 The spectrum for ARMA processes 14.6 Summary Chapter 15 - Modeling philosophy and complete examples 15.1 Modeling overview 15.2 A complex periodic model - Monthly river flows, Furnas 1931-1978 15.3 A modeling example - trend and periodicity: CO2 levels at Mauna Lau 15.4 Modeling periodicity with a possible intervention - two examples 15.5 Periodic models: monthly, weekly, and daily averages 15.6 Summary Part IV - Some detailed and complete examples Chapter 16 - the Wolf sunspot number data 16.1 Background 16.2 Unknown period => nonlinear model 16.3 The function nls() in R 16.4 Determining the period 16.5 Instability in the mean, amplitude, and period 16.6 Data splitting for prediction 16.7 Summary Chapter 17 - Analysis of prostate and breast cancer data 17.1 Background 17.2 The first data set 17.3 The second data set Chapter 18 - Christopher Tennant/Ben Crosby watershed data 18.1 Background and question 18.2 Looking at the data and fitting Fourier series 18.3 Averaging data 18.4 Results Chapter 19 - Vostok ice core data 19.1 Source of the data 19.2 Background 19.3 Alignment 19.4 A naïve analysis 19.5 A related simulation 19.6 An AR(1) model for irregular spacing 19.7 Summary Appendices Appendix 1 - Using Data Market A1.1 Overview A1.2 Loading a time series in DataMarket A1.3 Respecting DataMarket licensing agreements Appendix 2 - AIC is PRESS A2.1 Introduction A2.2 PRESS A2.3 Connection to Akaike's result A2.4 Normalization and R2 A2.5 An example A2.6 Conclusion and further comments Appendix 3 - A 15 minute tutorial on optimization and nonlinear regression A3.1 Introduction A3.2 Newton's method for one dimensional nonlinear optimization A3.3 A direction, a step size, and a stopping rule A3.4 What could go wrong? …”

Tabla de Contenidos: “…Front Cover -- Microfabrication and Precision Engineering -- Copyright Page -- Contents -- List of contributors -- About the editor -- Preface -- 1 Modeling of micro- and nano-scale cutting -- 1.1 Introduction -- 1.2 Modeling of microscale cutting -- 1.2.1 Minimum chip thickness and size effect -- 1.2.2 FEM modeling of microscale cutting -- 1.2.3 FEM basics -- 1.2.4 FEM cutting models -- 1.2.5 Friction modeling -- 1.2.6 Material modeling -- 1.3 Modeling of nanoscale cutting -- 1.3.1 Model geometry and material microstructure -- 1.3.2 Potential function -- 1.3.3 Boundary conditions and input parameters -- 1.3.4 Numerical integration and equilibration -- Conclusions -- References -- 2 Machining scale: workpiece grain size and surface integrity in micro end milling -- 2.1 Introduction -- 2.2 Specific cutting energy -- 2.3 Size effect -- 2.4 Workpiece microstructure scale -- 2.5 Surface integrity -- 2.5.1 Burr formation -- 2.5.2 Chip formation -- 2.5.3 Roughness -- 2.5.4 Microhardness -- 2.5.5 Microstructural damages -- 2.5.6 Size effect -- References -- 3 Micromachining technique based on the orbital motion of the diamond tip -- 3.1 Introduction -- 3.2 Principle of micromachining using the orbital motion of the diamond tip -- 3.3 Micromachining setup and test of the stage's trajectory -- 3.3.1 Establishment of the micromachining setup and the machining procedure -- 3.3.2 Test of the trajectory of the nanopiezo stage in the orbital motion -- 3.4 Micromachining mechanism using the orbital motion of the tip -- 3.4.1 Comparison of chip states with the conical and pyramidal tips -- 3.4.2 Difference between the micromilling process and this technique -- 3.4.3 Determination of the uncut chip thickness and the cutting rake angle -- 3.5 Formation mechanism and control methods of burrs -- 3.5.1 Burr formation during machining with the conical tip…”