Fog 2
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This document discusses fog computing and how it can help address issues with cloud computing by bringing computation and storage resources to the edge of the network. Fog computing aims to provide computing, storage, control and networking services between end devices and traditional cloud computing data centers, which may help improve response times and save bandwidth. However, fog computing also presents new security and privacy challenges that need to be addressed.
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FOG 2
This document summarizes work done on a fiber optic gyroscope setup. It describes an open loop setup using a 20 km fiber loop, laser, detector, and other components. Improvements are noted such as fusion splicing and components added like an isolator and lock-in amplifier. A closed loop setup is also described using a Mach-Zehnder interferometer but issues remained with the phase modulator and lock-in amplifier. Results demonstrated the Sagnac effect to an extent but the phase modulator did not work well. Future advice is provided on systematically testing the phase modulator and proper handling of fiber and equipment.
Fiber Optic Gyroscope 1
A fiber optic gyroscope was designed and built to demonstrate the Sagnac effect using optical fibers, a diode laser, and machine shop skills. The project aimed to gain experience with fiber optic handling and polishing, machine shop techniques, and understanding the principles of fiber optic gyroscopes and the Sagnac effect. While a working prototype was not completed due to lacking a laser and fiber optic experience, the project provided learning opportunities in fiber optics, machine shop skills, and lab experimentation.
The Sagnac Effect
The document discusses various theories of relativity including Newtonian relativity, Einstein's theory of relativity, and Ritz's emission theory. It then describes the Sagnac effect, which is an interference phenomenon observed when light beams travel in opposite directions in a rotating frame. This effect disproved emission theory and supported relativity. The document concludes by explaining how the Sagnac effect is used in ring laser gyros to measure rotation and their use in inertial guidance systems, along with solutions to issues like lock-ins at slow rotation rates.
2013 A miniature fiber optic blood pressure sensor and its application in in-...
A miniature fiber optic sensor was used to measure blood pressure in a swine model. The sensor was inserted into the coronary artery of a swine via a guiding catheter. It measured blood pressure signals in the aortic arch and right coronary artery, with a standard invasive manometry method as a reference. A balloon was inflated in the catheter to simulate a stenosis, and the fiber optic sensor recorded the resulting blood pressure drop. The experiment demonstrated the fiber optic sensor's ability to measure blood pressure in vivo and potential for use in fractional flow reserve techniques to evaluate coronary artery stenosis.
optical_fiber_sensor_system
TNO develops fiber optic sensor systems that can measure parameters such as temperature, pressure, strain, flow velocity and chemicals. These sensors have advantages over traditional sensors as they are immune to electromagnetic interference, lightweight, small-sized and corrosion resistant. TNO has developed many applications including hydrophone arrays for naval use, flow meters for the oil and gas industry operating at high temperatures and pressures, and medical sensors for minimally invasive surgery and in-vivo pressure sensing. TNO can provide complete customized fiber optic sensor solutions from sensor design through data processing.
Mesuring ph with FOS (Fibre Optic Sensors)
The document discusses fibre optic sensors for measuring pH. It describes how fibre optic sensors work by modulating light properties like intensity, phase or wavelength. They have advantages for biomedical applications like in vivo monitoring. An ideal fibre optic sensor for biomedicine would be reliable, easy for operators to use, and low cost. The document discusses measuring blood pH, gastric/esophageal pH, and tissue pH using fibre optic sensors. It describes different sensor designs and challenges like sensitivity to light propagation. Fibre optic sensors eliminate drawbacks of traditional glass pH electrodes.
Application of fiber optic communication
Fiber optic communication has several military applications due to its advantages over traditional copper wire. It allows for repeaters every 16km compared to 500m for coax, is lighter weight, and has higher bandwidth for transmitting multiple signals. Fiber optic cables are also more secure as they are not affected by electromagnetic or radio frequency interference and are very difficult to tap. One weapon application is the FOG-M missile, which uses a fiber optic cable to transmit video feedback to the gunner for guidance. Fiber optics are also used for optical computing, military surveillance and sensors due to their ruggedness, and aboard vehicles since they are lighter and immune to electromagnetic interference.
Fiber optic sensors
INTRODUCTION: Fibre optical sensors offer number of distinct advantages which makes them unique for many applications where conventional sensors are difficult or impossible to deploy or can not provide the same wealth of information. They are completely passive, hence can be used in explosive environment. Immunity to electromagnetic interference makes it ideal for microwave environment. They are resistant to high temperatures and chemically reactive environment, ideal for harsh and hostile environment. Small size makes it ideal for embedding and surface mounting. Has high degree of biocompatibility, non-intrusive nature and electromagnetic immunity, ideal for medical applications like intra-aortic balloon pumping. They can monitor a wide range of physical and chemical parameters. It has potential for very high sensitivity, range and resolution. Complete electrical insulation from high electrostatic potential and Remote operation over several km lengths without any lead sensitivity makes it ideal for deployment in boreholes or measurements in hazardous environment. Unique multiplexed and distributed sensors provide measurements at large number of points along single optical cable, ideal for minimising cable deployment and cable weight, monitoring extended structures like pipelines, dams.
Various types of sensors are Point sensors, Integrated Sensors, Quasidistributed multiplexed sensors, Distributed sensors. Examples of such sensors are Fabry-Perot sensors, Single Fibre Bragg Grating sensors, Integrated strain sensor, Intruder Pressure sensor, Strain/Force sensor, Position sensor, Temperature sensor, Deformation sensor etc.
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FOG 2
This document summarizes work done on a fiber optic gyroscope setup. It describes an open loop setup using a 20 km fiber loop, laser, detector, and other components. Improvements are noted such as fusion splicing and components added like an isolator and lock-in amplifier. A closed loop setup is also described using a Mach-Zehnder interferometer but issues remained with the phase modulator and lock-in amplifier. Results demonstrated the Sagnac effect to an extent but the phase modulator did not work well. Future advice is provided on systematically testing the phase modulator and proper handling of fiber and equipment.
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A fiber optic gyroscope was designed and built to demonstrate the Sagnac effect using optical fibers, a diode laser, and machine shop skills. The project aimed to gain experience with fiber optic handling and polishing, machine shop techniques, and understanding the principles of fiber optic gyroscopes and the Sagnac effect. While a working prototype was not completed due to lacking a laser and fiber optic experience, the project provided learning opportunities in fiber optics, machine shop skills, and lab experimentation.
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The document discusses various theories of relativity including Newtonian relativity, Einstein's theory of relativity, and Ritz's emission theory. It then describes the Sagnac effect, which is an interference phenomenon observed when light beams travel in opposite directions in a rotating frame. This effect disproved emission theory and supported relativity. The document concludes by explaining how the Sagnac effect is used in ring laser gyros to measure rotation and their use in inertial guidance systems, along with solutions to issues like lock-ins at slow rotation rates.
2013 A miniature fiber optic blood pressure sensor and its application in in-...
A miniature fiber optic sensor was used to measure blood pressure in a swine model. The sensor was inserted into the coronary artery of a swine via a guiding catheter. It measured blood pressure signals in the aortic arch and right coronary artery, with a standard invasive manometry method as a reference. A balloon was inflated in the catheter to simulate a stenosis, and the fiber optic sensor recorded the resulting blood pressure drop. The experiment demonstrated the fiber optic sensor's ability to measure blood pressure in vivo and potential for use in fractional flow reserve techniques to evaluate coronary artery stenosis.
optical_fiber_sensor_system
TNO develops fiber optic sensor systems that can measure parameters such as temperature, pressure, strain, flow velocity and chemicals. These sensors have advantages over traditional sensors as they are immune to electromagnetic interference, lightweight, small-sized and corrosion resistant. TNO has developed many applications including hydrophone arrays for naval use, flow meters for the oil and gas industry operating at high temperatures and pressures, and medical sensors for minimally invasive surgery and in-vivo pressure sensing. TNO can provide complete customized fiber optic sensor solutions from sensor design through data processing.
Mesuring ph with FOS (Fibre Optic Sensors)
The document discusses fibre optic sensors for measuring pH. It describes how fibre optic sensors work by modulating light properties like intensity, phase or wavelength. They have advantages for biomedical applications like in vivo monitoring. An ideal fibre optic sensor for biomedicine would be reliable, easy for operators to use, and low cost. The document discusses measuring blood pH, gastric/esophageal pH, and tissue pH using fibre optic sensors. It describes different sensor designs and challenges like sensitivity to light propagation. Fibre optic sensors eliminate drawbacks of traditional glass pH electrodes.
Application of fiber optic communication
Fiber optic communication has several military applications due to its advantages over traditional copper wire. It allows for repeaters every 16km compared to 500m for coax, is lighter weight, and has higher bandwidth for transmitting multiple signals. Fiber optic cables are also more secure as they are not affected by electromagnetic or radio frequency interference and are very difficult to tap. One weapon application is the FOG-M missile, which uses a fiber optic cable to transmit video feedback to the gunner for guidance. Fiber optics are also used for optical computing, military surveillance and sensors due to their ruggedness, and aboard vehicles since they are lighter and immune to electromagnetic interference.
Fiber optic sensors
INTRODUCTION: Fibre optical sensors offer number of distinct advantages which makes them unique for many applications where conventional sensors are difficult or impossible to deploy or can not provide the same wealth of information. They are completely passive, hence can be used in explosive environment. Immunity to electromagnetic interference makes it ideal for microwave environment. They are resistant to high temperatures and chemically reactive environment, ideal for harsh and hostile environment. Small size makes it ideal for embedding and surface mounting. Has high degree of biocompatibility, non-intrusive nature and electromagnetic immunity, ideal for medical applications like intra-aortic balloon pumping. They can monitor a wide range of physical and chemical parameters. It has potential for very high sensitivity, range and resolution. Complete electrical insulation from high electrostatic potential and Remote operation over several km lengths without any lead sensitivity makes it ideal for deployment in boreholes or measurements in hazardous environment. Unique multiplexed and distributed sensors provide measurements at large number of points along single optical cable, ideal for minimising cable deployment and cable weight, monitoring extended structures like pipelines, dams.
Various types of sensors are Point sensors, Integrated Sensors, Quasidistributed multiplexed sensors, Distributed sensors. Examples of such sensors are Fabry-Perot sensors, Single Fibre Bragg Grating sensors, Integrated strain sensor, Intruder Pressure sensor, Strain/Force sensor, Position sensor, Temperature sensor, Deformation sensor etc.
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Fiber optic systems are important telecommunication
infrastructure for world-wide broadband networks. Wide
bandwidth signal transmission with low delay is a key
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enormous and unsurpassed transmission bandwidth with
negligible latency, and are now the transmission medium of
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telecommunication networks.
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In celebrity mysteries and urban legends. Few narratives capture the imagination as the hypothesis that Morgan Freeman is Jimi Hendrix. This fascinating theory posits that the iconic actor and the legendary guitarist are, in fact, the same person. While this might seem like a far-fetched notion at first glance. a deeper exploration reveals a rich tapestry of coincidences, speculative connections. and a surprising alignment of life events fueling this captivating hypothesis.
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Introduction to the Hypothesis: Morgan Freeman is Jimi Hendrix
The idea that Morgan Freeman is Jimi Hendrix stems from a mix of historical anomalies, physical resemblances. and a penchant for myth-making that surrounds celebrities. While Jimi Hendrix's official death in 1970 is well-documented. some theorists suggest that Hendrix did not die but instead reinvented himself as Morgan Freeman. a man who would become one of Hollywood's most revered actors. This article aims to delve into the various aspects of this hypothesis. examining its origins, the supporting arguments. and the cultural impact of such a theory.
The Genesis of the Theory
Early Life Parallels
The hypothesis that Morgan Freeman is Jimi Hendrix begins by comparing their early lives. Jimi Hendrix, born Johnny Allen Hendrix in Seattle, Washington, on November 27, 1942. and Morgan Freeman, born on June 1, 1937, in Memphis, Tennessee, have lived very different lives. But, proponents of the theory suggest that the five-year age difference is negligible and point to Freeman's late start in his acting career as evidence of a life lived before under a different identity.
The Disappearance and Reappearance
Jimi Hendrix's death in 1970 at the age of 27 is a well-documented event. But, theorists argue that Hendrix's death staged. and he reemerged as Morgan Freeman. They highlight Freeman's rise to prominence in the early 1970s. coinciding with Hendrix's supposed death. Freeman's first significant acting role came in 1971 on the children's television show "The Electric Company," a mere year after Hendrix's passing.
Physical Resemblances
Facial Structure and Features
One of the most compelling arguments for the hypothesis that Morgan Freeman is Jimi Hendrix lies in the physical resemblance between the two men. Analyzing photographs, proponents point out similarities in facial structure. particularly the cheekbones and jawline. Both men have a distinctive gap between their front teeth. which is rare and often highlighted as a critical point of similarity.
Voice and Mannerisms
Supporters of the theory also draw attention to the similarities in their voices. Jimi Hendrix known for his smooth, distinctive speaking voice. which, according to some, resembles Morgan Freeman's iconic, deep, and soothing voice. Additionally, both men share certain mannerisms. such as their calm demeanor and eloquent speech patterns.
Artistic Parallels
Musical and Acting Talents
Jimi Hendrix was regarded as one of t
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Taylor Swift: Conquering Fame, Feuds, and Unmatched Success | CIO Women Magazine
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