Iaetsd effective fault toerant resource allocation with costIaetsd Iaetsd
1) The document proposes a fault-tolerant resource allocation method for cloud computing that aims to minimize user payment while meeting task deadlines.
2) It formulates a deadline-driven resource allocation problem based on virtual machine isolation technology and proposes an optimal solution with polynomial time complexity.
3) Experimental results show that the proposed work more efficiently schedules and allocates resources, improving utilization of cloud infrastructure resources.
Iaetsd improvement of dynamic and steady stateIaetsd Iaetsd
This document describes a study that aims to improve the dynamic stability of a one-area power system model by reducing low-frequency oscillations. It does this by adding a power system stabilizer (PSS) to a combined model of the load frequency control (LFC) and automatic voltage regulator (AVR) loops.
The document first provides background on LFC and AVR loops and their importance in maintaining frequency and voltage levels. It then presents the mathematical modeling of a single machine connected to an infinite bus system. Next, it describes the development of a combined LFC-AVR model and the calculation of various gain constants. Finally, it introduces the addition of a PSS to the combined LFC-AVR model
Iaetsd eliminating hidden data from an imageIaetsd Iaetsd
The document proposes a method for blindly extracting hidden data from digital media using multi-carrier iterative generalized least squares (M-IGLS). Data is hidden in the digital media through multi-carrier spread spectrum embedding and DCT transformation. M-IGLS extraction algorithm is then used to extract the hidden data without needing to know the original host or embedding carriers. Experimental results show the extracted data matches the hidden data and M-IGLS provides high signal to noise ratio for blind extraction. The technique aims to provide robust data hiding and extraction to protect against increasing data tracking and tampering attacks.
Iaetsd design and analysis of water hammer effect in a networkIaetsd Iaetsd
This document describes a study analyzing water hammer effect in pipeline networks. The study uses COMSOL Multiphysics software to design different pipe structures and analyze parameters like pressure distribution, velocity variation, and water hammer amplitude over time. The analysis considers a single pipe with a closing valve, as well as a three-pipe intersection network. Results show the pressure and velocity changes along the pipes when the valve closes instantaneously, creating a pressure surge traveling through the system.
This document summarizes Chapter 9 from a textbook on introductory mathematical analysis. Section 9.1 discusses discrete random variables and expected value. Section 9.2 covers the binomial distribution and how it relates to the binomial theorem. Section 9.3 introduces Markov chains and their associated transition matrices. Examples are provided for each topic to illustrate key concepts like calculating expected values, applying the binomial distribution formula, and determining probabilities using Markov chains.
Iaetsd identifying and preventing resource depletion attack inIaetsd Iaetsd
This document discusses identifying and preventing resource depletion attacks in mobile sensor networks. It summarizes that ad-hoc wireless sensor networks are vulnerable to denial of service attacks that aim to drain nodes' battery power over time, disabling the entire network. Existing secure routing protocols do not protect against these "Vampire attacks" which use valid network paths and protocol-compliant messages to minimize energy usage. The document proposes modifying an existing sensor network routing protocol to provably bound the damage from Vampire attacks during packet forwarding.
This document provides information about an individual's behavioral style assessment results from the DISC index. It includes a description of the individual's natural and adaptive behavioral styles based on their scores on the D (Decisiveness), I (Interactive), S (Stability), and C (Cautious) scales. It also summarizes the individual's behavioral strengths and preferences for communication, work environment, effectiveness, and learning/training based on their DISC assessment results.
Iaetsd fpga implementation of fault tolerant embeddedIaetsd Iaetsd
This document presents a fault tolerant embedded RAM architecture using BISR (Built In Self Repair) technique. The architecture uses normal words in the RAM as redundancy instead of adding extra rows and columns, which reduces area. It consists of BIST (Built In Self Test), MUX, and BISD (Built In Self Diagnosis) modules. The BIST module tests the memory using the MarchC- algorithm and detects faults. The BISD module stores fault addresses and replaces them with redundant addresses. The architecture can repair faults in normal locations as well as redundant locations. It was implemented on a Spartan3E FPGA and able to successfully detect and repair stuck-at faults.
Iaetsd effective fault toerant resource allocation with costIaetsd Iaetsd
1) The document proposes a fault-tolerant resource allocation method for cloud computing that aims to minimize user payment while meeting task deadlines.
2) It formulates a deadline-driven resource allocation problem based on virtual machine isolation technology and proposes an optimal solution with polynomial time complexity.
3) Experimental results show that the proposed work more efficiently schedules and allocates resources, improving utilization of cloud infrastructure resources.
Iaetsd improvement of dynamic and steady stateIaetsd Iaetsd
This document describes a study that aims to improve the dynamic stability of a one-area power system model by reducing low-frequency oscillations. It does this by adding a power system stabilizer (PSS) to a combined model of the load frequency control (LFC) and automatic voltage regulator (AVR) loops.
The document first provides background on LFC and AVR loops and their importance in maintaining frequency and voltage levels. It then presents the mathematical modeling of a single machine connected to an infinite bus system. Next, it describes the development of a combined LFC-AVR model and the calculation of various gain constants. Finally, it introduces the addition of a PSS to the combined LFC-AVR model
Iaetsd eliminating hidden data from an imageIaetsd Iaetsd
The document proposes a method for blindly extracting hidden data from digital media using multi-carrier iterative generalized least squares (M-IGLS). Data is hidden in the digital media through multi-carrier spread spectrum embedding and DCT transformation. M-IGLS extraction algorithm is then used to extract the hidden data without needing to know the original host or embedding carriers. Experimental results show the extracted data matches the hidden data and M-IGLS provides high signal to noise ratio for blind extraction. The technique aims to provide robust data hiding and extraction to protect against increasing data tracking and tampering attacks.
Iaetsd design and analysis of water hammer effect in a networkIaetsd Iaetsd
This document describes a study analyzing water hammer effect in pipeline networks. The study uses COMSOL Multiphysics software to design different pipe structures and analyze parameters like pressure distribution, velocity variation, and water hammer amplitude over time. The analysis considers a single pipe with a closing valve, as well as a three-pipe intersection network. Results show the pressure and velocity changes along the pipes when the valve closes instantaneously, creating a pressure surge traveling through the system.
This document summarizes Chapter 9 from a textbook on introductory mathematical analysis. Section 9.1 discusses discrete random variables and expected value. Section 9.2 covers the binomial distribution and how it relates to the binomial theorem. Section 9.3 introduces Markov chains and their associated transition matrices. Examples are provided for each topic to illustrate key concepts like calculating expected values, applying the binomial distribution formula, and determining probabilities using Markov chains.
Iaetsd identifying and preventing resource depletion attack inIaetsd Iaetsd
This document discusses identifying and preventing resource depletion attacks in mobile sensor networks. It summarizes that ad-hoc wireless sensor networks are vulnerable to denial of service attacks that aim to drain nodes' battery power over time, disabling the entire network. Existing secure routing protocols do not protect against these "Vampire attacks" which use valid network paths and protocol-compliant messages to minimize energy usage. The document proposes modifying an existing sensor network routing protocol to provably bound the damage from Vampire attacks during packet forwarding.
This document provides information about an individual's behavioral style assessment results from the DISC index. It includes a description of the individual's natural and adaptive behavioral styles based on their scores on the D (Decisiveness), I (Interactive), S (Stability), and C (Cautious) scales. It also summarizes the individual's behavioral strengths and preferences for communication, work environment, effectiveness, and learning/training based on their DISC assessment results.
Iaetsd fpga implementation of fault tolerant embeddedIaetsd Iaetsd
This document presents a fault tolerant embedded RAM architecture using BISR (Built In Self Repair) technique. The architecture uses normal words in the RAM as redundancy instead of adding extra rows and columns, which reduces area. It consists of BIST (Built In Self Test), MUX, and BISD (Built In Self Diagnosis) modules. The BIST module tests the memory using the MarchC- algorithm and detects faults. The BISD module stores fault addresses and replaces them with redundant addresses. The architecture can repair faults in normal locations as well as redundant locations. It was implemented on a Spartan3E FPGA and able to successfully detect and repair stuck-at faults.
Audience research on first draft of the videodgwi[pdjgoijdsihgishdighsdaihgoi...gusmcc09
The digipack design for the music video receives positive feedback, with reviewers commenting on:
- The images, fonts, and use of space being well-executed and representative of the genre.
- Elements like the inside panel layout and photo placements being effective.
- Minor changes like standardizing font sizes and swapping the back cover image being suggested.
- Overall, the design is seen as cohesive and allowing the video's themes to come through visually.
The document contains responses from 5 people evaluating a promotional digipack for an album.
Marcus liked the front cover design but wanted to adjust some font sizes and clean up an image. Edwards felt the images and fonts matched the genre. Tom noted the layout copied another design and was missing label information. Jonny disagreed with the back cover style and color scheme. Ollie thought the images connected the album to its music video but would change the font type.
Audience research on first draft of the videogusmcc09
The document contains audience feedback on the first draft of a music video. The feedback includes positive comments on the well-constructed mise-en-scene, lighting, costumes, and variety of camera shots. However, some of the editing, specifically some drum shots, were noted as being slightly out of sync with the beat. Overall, most reviewers thought the concept worked well as a music piece but some minor tweaks could improve it.
This document discusses potential locations for placing a CD inside a digipack packaging. Several numerical measurements are listed, possibly referring to thickness or dimensions for different spots, followed by the phrase "Front cover possibility", suggesting one area being considered is behind the front cover.
The document provides behind-the-scenes photos from a photo shoot where a drum was used. It shows individuals applying cling film to the drum to protect it while dust and paint were applied. Photos also show setting up the camera, lighting, and testing the cling film. The final photos show the drum after dust and paint were applied and the resulting images captured.
This risk assessment document identifies 5 significant risks for a film production:
1. Accidents or injuries on location that could result in serious injury or death. Mitigation includes qualified first aid and emergency procedures.
2. Accidents or injuries from equipment that could also result in serious harm. Equipment will be checked, secured, and emergency plans in place.
3. Potential for accidents or injuries in the studio as well, so emergency plans and safety checks are conducted.
4. Illness from weather conditions like heat or cold is a risk, so appropriate clothing, water, and monitoring of conditions is required.
5. Properties used could cause illness if ingredients are unsafe for crew's medical conditions, so ingredients will be
The document provides a shooting schedule for a music video containing 23 scenes. It describes the shots, characters, and brief details for each scene. The scenes will include close-ups of eyes waking, paint hitting drums and exploding, people throwing paint and dust at each other, flags raising soaked in paint, grenades exploding in fields, and individuals singing about being radioactive with paint on their faces. Most of the scenes will take place in a barn or field and involve the characters Meg, Sam, Ben, Gus, and others throwing paint and dust around.
The mood board provides inspiration and helps communicate an overall aesthetic or feeling. It contains visual elements like colors, textures, photos, and materials that represent the desired style and tone. Creating a mood board at the beginning of a creative project can help guide decisions and keep the work aligned with its goals.
The video tells the story of a man dreaming of becoming a world champion boxer and a deaf girl dreaming of becoming a professional ballet dancer. Scenes show each pursuing their dreams, with shots of the man boxing and the girl dancing. However, they also experience struggles as the man is beaten up and the girl falls during an audition. Interspersed are shots of a band lip syncing and playing music. The video ends by showing the man and girl having achieved their dreams, now as a professional boxer and ballerina, signaling they overcame challenges to reach their goals.
Sam seeks revenge on Emma for killing his friend Kim by tracking her down and killing her. The film uses dark lighting, shadowy shots, and negative effects to create a spooky and mysterious tone as it tells the story of Sam beating and burying Emma alive on a property after knocking her unconscious. Focus groups provided feedback that the film should appeal to both men and women by making the lead character a woman, including some romantic elements, and using a dark and thrilling style influenced by shows like "Spooks".
Audience research on first draft of the videodgwi[pdjgoijdsihgishdighsdaihgoi...gusmcc09
The digipack design for the music video receives positive feedback, with reviewers commenting on:
- The images, fonts, and use of space being well-executed and representative of the genre.
- Elements like the inside panel layout and photo placements being effective.
- Minor changes like standardizing font sizes and swapping the back cover image being suggested.
- Overall, the design is seen as cohesive and allowing the video's themes to come through visually.
The document contains responses from 5 people evaluating a promotional digipack for an album.
Marcus liked the front cover design but wanted to adjust some font sizes and clean up an image. Edwards felt the images and fonts matched the genre. Tom noted the layout copied another design and was missing label information. Jonny disagreed with the back cover style and color scheme. Ollie thought the images connected the album to its music video but would change the font type.
Audience research on first draft of the videogusmcc09
The document contains audience feedback on the first draft of a music video. The feedback includes positive comments on the well-constructed mise-en-scene, lighting, costumes, and variety of camera shots. However, some of the editing, specifically some drum shots, were noted as being slightly out of sync with the beat. Overall, most reviewers thought the concept worked well as a music piece but some minor tweaks could improve it.
This document discusses potential locations for placing a CD inside a digipack packaging. Several numerical measurements are listed, possibly referring to thickness or dimensions for different spots, followed by the phrase "Front cover possibility", suggesting one area being considered is behind the front cover.
The document provides behind-the-scenes photos from a photo shoot where a drum was used. It shows individuals applying cling film to the drum to protect it while dust and paint were applied. Photos also show setting up the camera, lighting, and testing the cling film. The final photos show the drum after dust and paint were applied and the resulting images captured.
This risk assessment document identifies 5 significant risks for a film production:
1. Accidents or injuries on location that could result in serious injury or death. Mitigation includes qualified first aid and emergency procedures.
2. Accidents or injuries from equipment that could also result in serious harm. Equipment will be checked, secured, and emergency plans in place.
3. Potential for accidents or injuries in the studio as well, so emergency plans and safety checks are conducted.
4. Illness from weather conditions like heat or cold is a risk, so appropriate clothing, water, and monitoring of conditions is required.
5. Properties used could cause illness if ingredients are unsafe for crew's medical conditions, so ingredients will be
The document provides a shooting schedule for a music video containing 23 scenes. It describes the shots, characters, and brief details for each scene. The scenes will include close-ups of eyes waking, paint hitting drums and exploding, people throwing paint and dust at each other, flags raising soaked in paint, grenades exploding in fields, and individuals singing about being radioactive with paint on their faces. Most of the scenes will take place in a barn or field and involve the characters Meg, Sam, Ben, Gus, and others throwing paint and dust around.
The mood board provides inspiration and helps communicate an overall aesthetic or feeling. It contains visual elements like colors, textures, photos, and materials that represent the desired style and tone. Creating a mood board at the beginning of a creative project can help guide decisions and keep the work aligned with its goals.
The video tells the story of a man dreaming of becoming a world champion boxer and a deaf girl dreaming of becoming a professional ballet dancer. Scenes show each pursuing their dreams, with shots of the man boxing and the girl dancing. However, they also experience struggles as the man is beaten up and the girl falls during an audition. Interspersed are shots of a band lip syncing and playing music. The video ends by showing the man and girl having achieved their dreams, now as a professional boxer and ballerina, signaling they overcame challenges to reach their goals.
Sam seeks revenge on Emma for killing his friend Kim by tracking her down and killing her. The film uses dark lighting, shadowy shots, and negative effects to create a spooky and mysterious tone as it tells the story of Sam beating and burying Emma alive on a property after knocking her unconscious. Focus groups provided feedback that the film should appeal to both men and women by making the lead character a woman, including some romantic elements, and using a dark and thrilling style influenced by shows like "Spooks".