Pachetul software statistic JMP - Aplicaţii JMP – avantajul explorării grafice a datelor în analiză statistică JMP este un software pentru grafică statistică interactiv şi foloseşte o interfaţă grafică extraordinară pentru a afişa şi analiza datele. Software-ul oferă o varietate de metode statistice şi grafice‚ organizate într-un număr mic de platforme interactive. Cele mai importante aspecte care defines programul statistic JMP sunt: facilitatile de gestiune a datelor statistice‚ functiile
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Efectul laser Laserul este un dispozitiv optic care generează un fascicul coerent de lumină. Fasciculele laser au mai multe proprietăți care le diferențiază de lumina incoerentă produsă de exemplu de Soare sau de becul cu incandescență: * monocromaticitate — un spectru în general foarte îngust de lungimi de undă; * direcționalitate — proprietatea de a se propaga pe distanțe mari cu o divergență foarte mică și‚ ca urmare‚ capacitatea de a fi focalizate pe o arie foarte mică; * intensitate
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CAPITOLUL 4 4. Micro-Electrode-Area 4.1 Generalităţi În ultimii ani‚ cercetarea în domeniul neuroştiinţelor a căpătat un salt prin apariţia şi dezvoltarea continuă a tehnicilor de înregistrare cu dispozitive de tipul MEA (Micro Electrode Area). Aceste cercetări au permis progrese şi în domeniile maladiilor precum cancerul şi Parkinson. Înregistrările făcute cu MEA‚ permit descifrarea (parţială) a mecanismelor şi modului
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flags. Unconditional jumps Jump • near – the target label is in the same segment than the jump • far – jump to another code segment Direct jump jmp label Near jump jmp Stop xor ax‚ax Stop: mov ah‚4Ch Machine code: cs:0000 cs:0002 cs:0003 cs:0005 EB 03 90 33 00 B4 4C displacement = the difference between the target label and IP (may also be negative) jmp Stop nop xor ax‚ax Stop: mov ah‚4Ch Assembly Languag 6/ 1 A processor executes the jump adding the displacement to the current value of IP (IP
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for blocking worldwide of the mobile phone networks Jamming GSM900/CDMA800/GSM1800/PCS1900/UMTS2110MHz Jamming range is 0.5-10 meters‚ output power 57dbm Build-in rechargeable battery‚ comes with Car power adaptor JMP - Powerful Portable Mobile Phone Jammer A JMP is new launched powerful mobile phone jammer. Its featured by portable size and extremly strong output power. The universal designed powerful jammers allows you to disable all mobile phone networks. Designed to block all GSM
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Case Weatherhead School of Management OPRE 433 Fall 2014 Homework 3 – SOLUTION Answer the following questions using JMP wherever you can. 1. Screening at an airport occurs at locations A‚ B‚ and C. A handles 50% of the passengers‚ B handles 30%‚ and C handles 20%. The detection rates for prohibited items (such as weapons) at the three locations are 0.9‚ 0.8‚ and 0.85‚ respectively. A. If a passenger at a boarding gate is found with a prohibited item‚ what is
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Genrate 7 letters password ; Example3.asm: A Simple Random Password Generator (7 characters) .386 .model flat‚ STDCALL ; INCLUDE FILES include \masm32\include\kernel32.inc include \masm32\include\windows.inc include \masm32\include\user32.inc include getseg.inc ; Our include file ; LIBRARY includelib \masm32\lib\kernel32.lib includelib \masm32\lib\user32.lib includelib getseg.lib ; Our include file ; random number generating function
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on the course website alongside this homework. Please note that you may not need all of the data available in the file. 3. Please perform the required data analysis using JMP and turn in a brief report of no more than 3 pages (sides). No separate JMP files or appendices should be provided. Please copy and paste any relevant JMP output into the document itself. 4. Please remember to include your name‚ section number and ID at the top of the assignment. 5. The homework submissions will not be graded
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mov dl‚ 0dh int 21h mov ah‚ 9h lea dx‚ void int 21h jmp ext blue: mov ah‚ 2h mov dl‚ 0ah int 21h mov dl‚ 0dh int 21h mov ah‚ 9h mov bl‚ 1 mov cx‚ 8 int 10h lea dx‚ nam int 21h jmp ext yellow: mov ah‚ 2h mov dl‚ 0ah int 21h mov dl‚ 0dh int 21h mov ah‚ 9h mov bl‚ 6 mov cx‚ 8 int 10h lea dx‚ nam int 21h jmp ext red: mov ah‚ 2h mov dl‚ 0ah int 21h mov dl‚ 0dh int 21h mov ah‚ 9h mov bl‚ 4 mov cx‚ 8 int 10h lea dx‚ nam int 21h jmp ext ext: mov ah‚ 4ch int 21h end start 3) .model small
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II. Chapter 2: Tabular and Graphical Methods (Organizing and Visualizing Data) Objectives: 1. Recognize which summaries are used for numeric data or for qualitative data. 2. Construct a frequency table‚ bar graph and pie chart for qualitative data. 3. Convert raw data into a data array. 4. Construct frequency table‚ relative and cumulative frequency tables‚ histogram‚ and ogive for quantitative data. 5. Construct a stem-and-leaf display to represent quantitative data. A. Summarizing
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