'Chain 1' presentation slideshows

MCMC Using Parallel Computation

588 views • 47 slides

MCMC Using Parallel Computation

565 views • 47 slides

Triangulation Supplemental

451 views • 32 slides

Max Flow Application: Precedence Relations

Max Flow Application: Precedence Relations. Updated 4/2/08. Precedence Relations. Given a finite set of elements B we define a precedence relation as relation ? between pairs of elements of S such that: i not ? i for all i in B i ? j implies j ? i for all i , j in B

360 views • 26 slides

Max Flow Application: Precedence Relations

Max Flow Application: Precedence Relations. Updated 4/2/08. Precedence Relations. Given a finite set of elements B we define a precedence relation as relation ? between pairs of elements of S such that: i not ? i for all i in B i ? j implies j ? i for all i , j in B

346 views • 26 slides

Max Flow Application: Precedence Relations

Max Flow Application: Precedence Relations. Precedence Relations. Given a finite set of elements B we define a precedence relation as relation ? between pairs of elements of S such that: i not ? i for all i in B i ? j implies j ? i for all i , j in B

324 views • 18 slides

E VOLUTION THROUGH C HAINS AND R OUNDS

E VOLUTION THROUGH C HAINS AND R OUNDS. Original P OWER P OINT 97 Slides Created by KVK. Nehru The Theosophical Society :: Adyar 2001. THE THREE OUTPOURINGS. SOLAR LOGOS. FIRST ASPECT. SECOND ASPECT. THIRD ASPECT. DIVINE or ADI PLANE. ANUPADAKA or MONADIC PLANE.

293 views • 17 slides

E VOLUTION THROUGH C HAINS AND R OUNDS

E VOLUTION THROUGH C HAINS AND R OUNDS. Original P OWER P OINT 97 Slides Created by KVK. Nehru The Theosophical Society :: Adyar 2001. THE THREE OUTPOURINGS. SOLAR LOGOS. FIRST ASPECT. SECOND ASPECT. THIRD ASPECT. DIVINE or ADI PLANE. ANUPADAKA or MONADIC PLANE.

257 views • 17 slides

Energy Transformation

Energy Transformation. Marissa Bohlman, Matt French, Brian Hauschild. Energy. 7 major types Energy- is the ability to perform work Kinetic Potential Chemical Nuclear Thermal Radiant Electrical. Chain #1.

277 views • 16 slides

Single Machine Deterministic Models

Single Machine Deterministic Models. Jobs: J 1 , J 2 , ..., J n Assumptions : The machine is always available throughout the scheduling period. The machine cannot process more than one job at a time. Each job must spend on the machine a prescribed length of time. S ( t ). 3. 2. 1.

267 views • 14 slides

Single Machine Deterministic Models

Single Machine Deterministic Models. Jobs: J 1 , J 2 , ..., J n Assumptions : The machine is always available throughout the scheduling period. The machine cannot process more than one job at a time. Each job must spend on the machine a prescribed length of time. S ( t ). 3. 2. 1.

147 views • 14 slides

Why fine filtration?

Diversity of the eukaryotes and prokaryotes (including plastids) assemblages assessed from fine size fractionation and DGGE. Why fine filtration?. 1- Because we obtained a lot of clones that are known to belong to organisms

271 views • 10 slides

Net Force Problems

Net Force Problems. 1. An airplane has 4 forces acting on it: weight, drag (air friction), the thrust of the engines and the lift force caused by the flow of air over the wings. 5000 N up If the pilot wishes the airplane to move forward, then the ______ must be greater than the _______.

323 views • 9 slides

EEMC Embedding in bfcMixer

EEMC Embedding in bfcMixer. Input1:DATA daq. Output:event/Mudst/geant.root. Input2: MC fzd. Chain 1. Chain 3. Chain 2. St_geant_Maker. EEMC g2tables. *. StDAQReader. StEEmcFarstMake EEmcMCData. StEEMCReader. StEmcCollection2(E). **. StEemcRaw::. CopyRawData(). E2. No. Merge

79 views • 1 slides