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Borghese Gallery Private Tour (Skip-the-Line Ad...
174,50 € *
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Join your expert, local guide at the gates of the Villa Borghese, and enjoy exclusive skip-the-line admission to the gallery. Discover the fascinating history of the astonishing Borghese collection — and the beautiful Villa it's in — on this Borghese Gallery private tour. In the astonishingly gorgeous entrance, your guide will explain the fascinating history of the Roman mosaics, depicting gladiatorial games, on the Gallery floor. Onwards to 'Pauline Bonaparte as Venus' and learn what linked Napoleon with the Borghese family. Up next are some great Baroque wonders, including a marvelous series of sculptures by Bernini; most notable among them his 'David', 'Rape of Prosperina' and 'Apollo and Daphne'. Learn about the tempestuous personality that produced these masterworks, as you enjoy their beauty.More masterpieces await, including great frescoes by Raphael and Caravaggio. Experience the refinement of the Italian Baroque on this special private tour.

Anbieter: Viator – Ein Trip...
Stand: 20.09.2020
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1 Altitude Gallery + 1 Day Unlimited Hop On Hop...
30,19 € *
ggf. zzgl. Versand

Experience all the excitement of Singapore with FunVee Hopper Pass. One pass is valid for 24 hours. Full commentary is provided on board the bus.The FunVee Hopper Open Top Bus covers all the major attractions in the city of Singapore including: Merlion Park, Esplanade Theatre, Chinatown, Clarke Quay, Orchard Road, Botanic Gardens, Marina Bay Sands, Art Science Museum, Gardens by the Bay, Marina Barrage, Little India, Kampong Glam, Haji Lane, Raffles Hotel, Mount Faber, Resort World Sentosa - Universal Studios Singapore, S.E.A Aquarium, Sentosa Island, Singapore Flyer and many more. Visit the 1-Altitude Gallery the next day and enjoy some of the best and highest views of Singapore from the 63rd floor of One Raffles Places. 1-Altitude Gallery rises up to 292 meters and boasts stunning panoramic views of Singapore.

Anbieter: Viator – Ein Trip...
Stand: 20.09.2020
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Private Walking Royal Tour of Naples: Castles a...
180,00 € *
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Our meeting point will be the Gran Caffè Gambrinus, one of the oldest and most famous cafés in Naples. From there we will continue on Piazza del Plebiscito, where we will find access to the Royal Palace of Naples. The path to the royal apartments begins with the great monumental staircase:the succession of the rooms will take you on an exciting journey through the history of the city! Our second stop will be the majestic Umberto I Gallery: the large dome lets the sun's rays filter on the entire building and its elaborate floor. Next, the Real Theatre San Carlo: one of the oldest and most prestigious theatres in Europe, and still retains its original and regal beauty. The last stop of our journey will be the Castel Nuovo, best known as Maschio Angioino, symbol of Naples. Today it houses the civic museum, and some rooms are still used by the city council, as it used to be done in the past. Its proximity to the sea, finally, offers truly breathtaking views!

Anbieter: Viator – Ein Trip...
Stand: 20.09.2020
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Hacker's Delight
60,37 € *
ggf. zzgl. Versand

In Hacker’s Delight, Second Edition, Hank Warren once again compiles an irresistible collection of programming hacks: timesaving techniques, algorithms, and tricks that help programmers build more elegant and efficient software, while also gaining deeper insights into their craft. Warren’s hacks are eminently practical, but they’re also intrinsically interesting, and sometimes unexpected, much like the solution to a great puzzle. They are, in a word, a delight to any programmer who is excited by the opportunity to improve. Extensive additions in this edition include A new chapter on cyclic redundancy checking (CRC), including routines for the commonly used CRC-32 code A new chapter on error correcting codes (ECC), including routines for the Hamming code More coverage of integer division by constants, including methods using only shifts and adds Computing remainders without computing a quotient More coverage of population count and counting leading zeros Array population count New algorithms for compress and expand An LRU algorithm Floating-point to/from integer conversions Approximate floating-point reciprocal square root routine A gallery of graphs of discrete functions Now with exercises and answers Product Description In Hacker’s Delight, Second Edition, Hank Warren once again compiles an irresistible collection of programming hacks: timesaving techniques, algorithms, and tricks that help programmers build more elegant and efficient software, while also gaining deeper insights into their craft. Warren’s hacks are eminently practical, but they’re also intrinsically interesting, and sometimes unexpected, much like the solution to a great puzzle. They are, in a word, a delight to any programmer who is excited by the opportunity to improve. Extensive additions in this edition include A new chapter on cyclic redundancy checking (CRC), including routines for the commonly used CRC-32 code A new chapter on error correcting codes (ECC), including routines for the Hamming code More coverage of integer division by constants, including methods using only shifts and adds Computing remainders without computing a quotient More coverage of population count and counting leading zeros Array population count New algorithms for compress and expand An LRU algorithm Floating-point to/from integer conversions Approximate floating-point reciprocal square root routine A gallery of graphs of discrete functions Now with exercises and answers Foreword xiii Preface xv Chapter 1: Introduction 1 1.1 Notation 1 1.2 Instruction Set and Execution Time Model 5 Chapter 2: Basics 11 2.1 Manipulating Rightmost Bits 11 2.2 Addition Combined with Logical Operations 16 2.3 Inequalities among Logical and Arithmetic Expressions 17 2.4 Absolute Value Function 18 2.5 Average of Two Integers 19 2.6 Sign Extension 19 2.7 Shift Right Signed from Unsigned 20 2.8 Sign Function 20 2.9 Three-Valued Compare Function 21 2.10 Transfer of Sign Function 22 2.11 Decoding a “Zero Means 2**n” Field 22 2.12 Comparison Predicates 23 2.13 Overflow Detection 28 2.14 Condition Code Result of Add, Subtract, and Multiply 36 2.15 Rotate Shifts 37 2.16 Double-Length Add/Subtract 38 2.17 Double-Length Shifts 39 2.18 Multibyte Add, Subtract, Absolute Value 40 2.19 Doz, Max, Min 41 2.20 Exchanging Registers 45 2.21 Alternating among Two or More Values 48 2.22 A Boolean Decomposition Formula 51 2.23 Implementing Instructions for all 16 Binary Boolean Operations 53 Chapter 3: Power-of-2 Boundaries 59 3.1 Rounding Up/Down to a Multiple of a Known Power of 2 59 3.2 Rounding Up/Down to the Next Power of 2 60 3.3 Detecting a Power-of-2 Boundary Crossing 63 Chapter 4: Arithmetic Bounds 67 4.1 Checking Bounds of Integers 67 4.2 Propagating Bounds through Add’s and Subtract’s 70 4.3 Propagating Bounds through Logical Operations 73 Chapter 5: Counting Bits 81 5.1 Counting 1-Bits 81 5.2 Parity 96 5.3 Counting Leading 0’s 99 5.4 Counting Trailing 0’s 107 Chapter 6: Searching Words 117 6.1 Find First 0-Byte 117 6.2 Find First String of 1-Bits of a Given Length 123 6.3 Find Longest String of 1-Bits 125 6.4 Find Shortest String of 1-Bits 126 Chapter 7: Rearranging Bits And Bytes 129 7.1 Reversing Bits and Bytes 129 7.2 Shuffling Bits 139 7.3 Transposing a Bit Matrix 141 7.4 Compress, or Generalized Extract 150 7.5 Expand, or Generalized Insert 156 7.6 Hardware Algorithms for Compress and Expand 157 7.7 General Permutations, Sheep and Goats Operation 161 7.8 Rearrangements and Index Transformations 165 7.9 An LRU Algorithm 166 Chapter 8: Multiplication 171 8.1 Multiword Multiplication 171 8.2 High-Order Half of 64-Bit Product 173 8.3 High-Order Product Signed from/to Unsigned 174 8.4 Multiplication by Constants 175 Chapter 9: Integer Division 181 9.1 Preliminaries 181 9.2 Multiword Division 184 9.3 Unsigned Short Division from Signed Division 189 9.4 Unsigned Long Division 192 9.5 Doubleword Division from Long Division 197 Chapter 10: Integer Division By Constants 205 10.1 Signed Division by a Known Power of 2 205 10.2 Signed Remainder from Division by a Known Power of 2 206 10.3 Signed Division and Remainder by Non-Powers of 2 207 10.4 Signed Division by Divisors ≥ 2 210 10.5 Signed Division by Divisors ≤ —2 218 10.6 Incorporation into a Compiler 220 10.7 Miscellaneous Topics 223 10.8 Unsigned Division 227 10.9 Unsigned Division by Divisors ≥ 1 230 10.10 Incorporation into a Compiler (Unsigned) 232 10.11 Miscellaneous Topics (Unsigned) 234 10.12 Applicability to Modulus and Floor Division 237 10.13 Similar Methods 237 10.14 Sample Magic Numbers 238 10.15 Simple Code in Python 240 10.16 Exact Division by Constants 240 10.17 Test for Zero Remainder after Division by a Constant 248 10.18 Methods Not Using Multiply High 251 10.19 Remainder by Summing Digits 262 10.20 Remainder by Multiplication and Shifting Right 268 10.21 Converting to Exact Division 274 10.22 A Timing Test 276 10.23 A Circuit for Dividing by 3 276 Chapter 11: Some Elementary Functions 279 11.1 Integer Square Root 279 11.2 Integer Cube Root 287 11.3 Integer Exponentiation 288 11.4 Integer Logarithm 291 Chapter 12: Unusual Bases For Number Systems 299 12.1 Base —2 299 12.2 Base —1 + i 306 12.3 Other Bases 308 12.4 What Is the Most Efficient Base? 309 Chapter 13: Gray Code 311 13.1 Gray Code 311 13.2 Incrementing a Gray-Coded Integer 313 13.3 Negabinary Gray Code 315 13.4 Brief History and Applications 315 Chapter 14: Cyclic Redundancy Check 319 14.1 Introduction 319 14.2 Theory 320 14.3 Practice 323 Chapter 15: Error-Correcting Codes 331 15.1 Introduction 331 15.2 The Hamming Code 332 15.3 Software for SEC-DED on 32 Information Bits 337 15.4 Error Correction Considered More Generally 342 Chapter 16: Hilbert's Curve 355 16.1 A Recursive Algorithm for Generating the Hilbert Curve 356 16.2 Coordinates from Distance along the Hilbert Curve 358 16.3 Distance from Coordinates on the Hilbert Curve 366 16.4 Incrementing the Coordinates on the Hilbert Curve 368 16.5 Non-Recursive Generating Algorithms 371 16.6 Other Space-Filling Curves 371 16.7 Applications 372 Chapter 17: Floating-Point 375 17.1 IEEE Format 375 17.2 Floating-Point To/From Integer Conversions 377 17.3 Comparing Floating-Point Numbers Using Integer Operations 381 17.4 An Approximate Reciprocal Square Root Routine 383 17.5 The Distribution of Leading Digits 385 17.6 Table of Miscellaneous Values 387 Chapter 18: Formulas For Primes 391 18.1 Introduction 391 18.2 Willans’s Formulas 393 18.3 Wormell’s Formula 397 18.4 Formulas for Other Difficult Functions 398 Answers To Exercises: 405 Appendix A: Arithmetic Tables For A 4-Bit Machine 453 Appendix B: Newton's Method 457 Appendix C: A Gallery Of Graphs Of Discrete Functions 459 C.1 Plots of Logical Operations on Integers 459 C.2 Plots of Addition, Subtraction, and Multiplication 461 C.3 Plots of Functions Involving Division 463 C.4 Plots of the Compress, SAG, and Rotate Left Functions 464 C.5 2D Plots of Some Unary Functions 466 Bibliography 471 Index 481In Hacker's Delight, Second Edition , Hank Warren once again compiles an irresistible collection of programming hacks: timesaving techniques, algorithms, and tricks that help programmers build more elegant and efficient software, while also gaining deeper insights into their craft. Warren's hacks are eminently practical, but they're also intrinsically interesting, and sometimes unexpected, much like the solution to a great puzzle. They are, in a word, a delight to any programmer who is excited by the opportunity to improve.Extensive additions in this edition include A new chapter on cyclic redundancy checking (CRC), including routines for the commonly used CRC-32 code A new chapter on error correcting codes (ECC), including routines for the Hamming code More coverage of integer division by constants, including methods using only shifts and adds Computing remainders without computing a quotient More coverage of population count and counting leading zeros Array population count New algorithms for compress and expand An LRU algorithm Floating-point to/from integer conversions Approximate floating-point reciprocal square root routine A gallery of graphs of discrete functions Now with exercises and answers

Anbieter: buecher
Stand: 20.09.2020
Zum Angebot
Hacker's Delight
60,37 € *
ggf. zzgl. Versand

In Hacker’s Delight, Second Edition, Hank Warren once again compiles an irresistible collection of programming hacks: timesaving techniques, algorithms, and tricks that help programmers build more elegant and efficient software, while also gaining deeper insights into their craft. Warren’s hacks are eminently practical, but they’re also intrinsically interesting, and sometimes unexpected, much like the solution to a great puzzle. They are, in a word, a delight to any programmer who is excited by the opportunity to improve. Extensive additions in this edition include A new chapter on cyclic redundancy checking (CRC), including routines for the commonly used CRC-32 code A new chapter on error correcting codes (ECC), including routines for the Hamming code More coverage of integer division by constants, including methods using only shifts and adds Computing remainders without computing a quotient More coverage of population count and counting leading zeros Array population count New algorithms for compress and expand An LRU algorithm Floating-point to/from integer conversions Approximate floating-point reciprocal square root routine A gallery of graphs of discrete functions Now with exercises and answers Product Description In Hacker’s Delight, Second Edition, Hank Warren once again compiles an irresistible collection of programming hacks: timesaving techniques, algorithms, and tricks that help programmers build more elegant and efficient software, while also gaining deeper insights into their craft. Warren’s hacks are eminently practical, but they’re also intrinsically interesting, and sometimes unexpected, much like the solution to a great puzzle. They are, in a word, a delight to any programmer who is excited by the opportunity to improve. Extensive additions in this edition include A new chapter on cyclic redundancy checking (CRC), including routines for the commonly used CRC-32 code A new chapter on error correcting codes (ECC), including routines for the Hamming code More coverage of integer division by constants, including methods using only shifts and adds Computing remainders without computing a quotient More coverage of population count and counting leading zeros Array population count New algorithms for compress and expand An LRU algorithm Floating-point to/from integer conversions Approximate floating-point reciprocal square root routine A gallery of graphs of discrete functions Now with exercises and answers Foreword xiii Preface xv Chapter 1: Introduction 1 1.1 Notation 1 1.2 Instruction Set and Execution Time Model 5 Chapter 2: Basics 11 2.1 Manipulating Rightmost Bits 11 2.2 Addition Combined with Logical Operations 16 2.3 Inequalities among Logical and Arithmetic Expressions 17 2.4 Absolute Value Function 18 2.5 Average of Two Integers 19 2.6 Sign Extension 19 2.7 Shift Right Signed from Unsigned 20 2.8 Sign Function 20 2.9 Three-Valued Compare Function 21 2.10 Transfer of Sign Function 22 2.11 Decoding a “Zero Means 2**n” Field 22 2.12 Comparison Predicates 23 2.13 Overflow Detection 28 2.14 Condition Code Result of Add, Subtract, and Multiply 36 2.15 Rotate Shifts 37 2.16 Double-Length Add/Subtract 38 2.17 Double-Length Shifts 39 2.18 Multibyte Add, Subtract, Absolute Value 40 2.19 Doz, Max, Min 41 2.20 Exchanging Registers 45 2.21 Alternating among Two or More Values 48 2.22 A Boolean Decomposition Formula 51 2.23 Implementing Instructions for all 16 Binary Boolean Operations 53 Chapter 3: Power-of-2 Boundaries 59 3.1 Rounding Up/Down to a Multiple of a Known Power of 2 59 3.2 Rounding Up/Down to the Next Power of 2 60 3.3 Detecting a Power-of-2 Boundary Crossing 63 Chapter 4: Arithmetic Bounds 67 4.1 Checking Bounds of Integers 67 4.2 Propagating Bounds through Add’s and Subtract’s 70 4.3 Propagating Bounds through Logical Operations 73 Chapter 5: Counting Bits 81 5.1 Counting 1-Bits 81 5.2 Parity 96 5.3 Counting Leading 0’s 99 5.4 Counting Trailing 0’s 107 Chapter 6: Searching Words 117 6.1 Find First 0-Byte 117 6.2 Find First String of 1-Bits of a Given Length 123 6.3 Find Longest String of 1-Bits 125 6.4 Find Shortest String of 1-Bits 126 Chapter 7: Rearranging Bits And Bytes 129 7.1 Reversing Bits and Bytes 129 7.2 Shuffling Bits 139 7.3 Transposing a Bit Matrix 141 7.4 Compress, or Generalized Extract 150 7.5 Expand, or Generalized Insert 156 7.6 Hardware Algorithms for Compress and Expand 157 7.7 General Permutations, Sheep and Goats Operation 161 7.8 Rearrangements and Index Transformations 165 7.9 An LRU Algorithm 166 Chapter 8: Multiplication 171 8.1 Multiword Multiplication 171 8.2 High-Order Half of 64-Bit Product 173 8.3 High-Order Product Signed from/to Unsigned 174 8.4 Multiplication by Constants 175 Chapter 9: Integer Division 181 9.1 Preliminaries 181 9.2 Multiword Division 184 9.3 Unsigned Short Division from Signed Division 189 9.4 Unsigned Long Division 192 9.5 Doubleword Division from Long Division 197 Chapter 10: Integer Division By Constants 205 10.1 Signed Division by a Known Power of 2 205 10.2 Signed Remainder from Division by a Known Power of 2 206 10.3 Signed Division and Remainder by Non-Powers of 2 207 10.4 Signed Division by Divisors ≥ 2 210 10.5 Signed Division by Divisors ≤ —2 218 10.6 Incorporation into a Compiler 220 10.7 Miscellaneous Topics 223 10.8 Unsigned Division 227 10.9 Unsigned Division by Divisors ≥ 1 230 10.10 Incorporation into a Compiler (Unsigned) 232 10.11 Miscellaneous Topics (Unsigned) 234 10.12 Applicability to Modulus and Floor Division 237 10.13 Similar Methods 237 10.14 Sample Magic Numbers 238 10.15 Simple Code in Python 240 10.16 Exact Division by Constants 240 10.17 Test for Zero Remainder after Division by a Constant 248 10.18 Methods Not Using Multiply High 251 10.19 Remainder by Summing Digits 262 10.20 Remainder by Multiplication and Shifting Right 268 10.21 Converting to Exact Division 274 10.22 A Timing Test 276 10.23 A Circuit for Dividing by 3 276 Chapter 11: Some Elementary Functions 279 11.1 Integer Square Root 279 11.2 Integer Cube Root 287 11.3 Integer Exponentiation 288 11.4 Integer Logarithm 291 Chapter 12: Unusual Bases For Number Systems 299 12.1 Base —2 299 12.2 Base —1 + i 306 12.3 Other Bases 308 12.4 What Is the Most Efficient Base? 309 Chapter 13: Gray Code 311 13.1 Gray Code 311 13.2 Incrementing a Gray-Coded Integer 313 13.3 Negabinary Gray Code 315 13.4 Brief History and Applications 315 Chapter 14: Cyclic Redundancy Check 319 14.1 Introduction 319 14.2 Theory 320 14.3 Practice 323 Chapter 15: Error-Correcting Codes 331 15.1 Introduction 331 15.2 The Hamming Code 332 15.3 Software for SEC-DED on 32 Information Bits 337 15.4 Error Correction Considered More Generally 342 Chapter 16: Hilbert's Curve 355 16.1 A Recursive Algorithm for Generating the Hilbert Curve 356 16.2 Coordinates from Distance along the Hilbert Curve 358 16.3 Distance from Coordinates on the Hilbert Curve 366 16.4 Incrementing the Coordinates on the Hilbert Curve 368 16.5 Non-Recursive Generating Algorithms 371 16.6 Other Space-Filling Curves 371 16.7 Applications 372 Chapter 17: Floating-Point 375 17.1 IEEE Format 375 17.2 Floating-Point To/From Integer Conversions 377 17.3 Comparing Floating-Point Numbers Using Integer Operations 381 17.4 An Approximate Reciprocal Square Root Routine 383 17.5 The Distribution of Leading Digits 385 17.6 Table of Miscellaneous Values 387 Chapter 18: Formulas For Primes 391 18.1 Introduction 391 18.2 Willans’s Formulas 393 18.3 Wormell’s Formula 397 18.4 Formulas for Other Difficult Functions 398 Answers To Exercises: 405 Appendix A: Arithmetic Tables For A 4-Bit Machine 453 Appendix B: Newton's Method 457 Appendix C: A Gallery Of Graphs Of Discrete Functions 459 C.1 Plots of Logical Operations on Integers 459 C.2 Plots of Addition, Subtraction, and Multiplication 461 C.3 Plots of Functions Involving Division 463 C.4 Plots of the Compress, SAG, and Rotate Left Functions 464 C.5 2D Plots of Some Unary Functions 466 Bibliography 471 Index 481In Hacker's Delight, Second Edition , Hank Warren once again compiles an irresistible collection of programming hacks: timesaving techniques, algorithms, and tricks that help programmers build more elegant and efficient software, while also gaining deeper insights into their craft. Warren's hacks are eminently practical, but they're also intrinsically interesting, and sometimes unexpected, much like the solution to a great puzzle. They are, in a word, a delight to any programmer who is excited by the opportunity to improve.Extensive additions in this edition include A new chapter on cyclic redundancy checking (CRC), including routines for the commonly used CRC-32 code A new chapter on error correcting codes (ECC), including routines for the Hamming code More coverage of integer division by constants, including methods using only shifts and adds Computing remainders without computing a quotient More coverage of population count and counting leading zeros Array population count New algorithms for compress and expand An LRU algorithm Floating-point to/from integer conversions Approximate floating-point reciprocal square root routine A gallery of graphs of discrete functions Now with exercises and answers

Anbieter: buecher
Stand: 20.09.2020
Zum Angebot
Viewsonic LS700HD Beamer 3500 ANSI Lumen DMD 10...
1.849,74 € *
ggf. zzgl. Versand

The ViewSonic LS700HD is a lamp-free 1080p laser home projector featuring 3,500 ANSI lumens high brightness and cinematic colour for you to set up your big screen experience in a bright living room or in your home theater. Thanks to laser phosphor technology, this projector offers up to 20,000 hours long life span and makes lamp replacement a thing of the past. Featuring 3X fast input, 3D Blu-ray capability, and a pre-set movie mode that uses Notch Filter technology, the LS700HD delivers an immersive big screen experience for playing games, watching movies or any kind of entertaining content. 2nd Generation Laser Phosphor Technology This new ViewSonic laser projector adopts 2nd generation laser phosphor technology. In addition to inheriting excellent colour performance, lamp-free design, and its instant on/off switch from the previous generation, technology on the new generation improves brightness by around 20%, offers better heat-resistance, and has a smaller module design. These improvements make projected images more consistent in ambient settings as well as increase reliability with a more compact size for extended use in various scenarios. Bright and Rich Color Featuring ViewSonic’s proprietary Notch Filter technology, this projector ensures better optimised colour performance than other high brightness projectors, without compromising quality. 20,000 Hours Lifespan The laser light source offers 20,000 hours of maintenance-free operation in Eco Mode, meaning that the LS700HD could be used 4 hours a day for more than 13 years with no degradation in brightness. Ultra-high Contrast A 3,000,000:1 ultra-high contrast ratio enhances even the finest shades of grey – a key characteristic for delivering excellent clarity and detail for razor-sharp images. H/V Keystone & 4 Corner Adjustment Horizontal and Vertical Keystone correction along with 4 corner adjustment features eliminate crooked or distorted images for a perfectly proportioned picture every time. Bright Images Every Time Images on the LS700HD look bright under any lighting conditions. Thanks to a high brightness of 3,500 ANSI Lumens your images won’t get washed out when watching movies or playing games during the day or with the lights on. Fine Detail and Clarity Full HD 1080p (1920 x 1080) resolution depicts subtle details clearly so you can easily distinguish different elements of the content on your screen. Immersive 3D Viewing The LS700HD can project 3D content directly from 3D Blu-ray players and HDMI-enabled devices such as laptops, tablets, and media players via HDMI connection. LAN Control IT administrators can monitor, schedule, and manage the projector remotely, as well as receive projector status alerts, with the integrated Crestron e-Control system and RoomView Express management software. As the LS700HD projector is Crestron and AMXcertified, administrators can control and monitor the projector for any size campus or enterprise. 360-degree Projection A robust mechanical construction allows the projector to be installed in nearly any position, at any angle from floor to ceiling. You can mount the projector pointing straight down at the floor of a museum exhibit or art gallery installation, or mount the projector upside-down at a 45-degree angle if needs be. Portrait Projection Portrait mode adds more applications for projection mapping, staging, and advertising. Enhanced Gaming Experience 3X fast input allows you to deliver attacks right when you want to without delay, giving you a competitive advantage when gaming and taking the experience to the next level. Instant Activation Upon Signal Detection The LS700HD laser projection turns on and off instantly without the warm up or cool down period required by conventional lamp projectors. Restarting an unresponsive projector can be done in seconds, cutting down teachers’ downtime during lectures. - Signal Power On: Power on automatically upon detection of a VGA or HDMI cable connection. - Direct Power On: Connect the power cord to begin, the projector will power on all on its own once the cord is connected. Advanced dust-proof projector with IP5X ViewSonic adopts the latest laser dust-proof technology to enhance reliability and protect the projector from dust damage with IP5X Certification. Presentation Timer The Presentation Timer is an embedded on-screen timer that can be used as an excellent time management tool for helping presentations run on schedule.

Anbieter: Dodax
Stand: 20.09.2020
Zum Angebot