The Squad Application allows people who play sports on a casual basis with friends and acquaintan... more The Squad Application allows people who play sports on a casual basis with friends and acquaintances to more easily organise matches amongst themselves through one convenient application. The app is designed to work on all modern Android devices and will be developed using the most up to date and innovative Android based technologies Firebase Server side management, Firebase Realtime Database, Firebase Authentication Management and Cloud Functions. The project has been developed to demonstrate how a sports complex encouraging users to use this application can make the whole process of organising a match easier for the players. The application will provide the option for players to add users to their team, create regular matches, nominate regular players. The application will allow the administrator of a group to easily visually see if a user has accepted an invitation or not, with confirmed players highlighted in green on their list. Synchronicity of data is key to the functionality...
ABSTRACT The Cretaceous Blackhawk Formation (Mesaverde Group), exposed in the Book Cliffs of sout... more ABSTRACT The Cretaceous Blackhawk Formation (Mesaverde Group), exposed in the Book Cliffs of southeast Utah, comprises a set of clastic parasequences dominated by shoreface sand bodies. Such sand bodies form important hydrocarbon reservoirs in the Gulf Coast, the North Sea Brent Group, and other oil provinces worldwide. The 45-50 m thick Grassy Member shoreface system comprises three foreward-stepping parasequences. Individual parasequences exhibit a systematic distribution of lithofacies and major changes in vertical log profile relative to depositional dip. Parasequence stacking can result in repetition of certain facies associations in vertical sequence, particularly in the up-dip section. Parasequence bounding surfaces here are often cemented and/or intensely bioturbated and correlate down-dip with a marine flooding surface. Each facies association within a parasequence has a characteristic shale distribution that facilitates correlation of internal heterogeneities on well logs. Three-dimensional mapping of individual parasequences provides guidance for subsurface correlation at common (0.5-1.0 km) well spacings. Shales are divisible into minor flooding surfaces (fieldwide Kv barriers) and several more restricted intraparasequence types, relating to predominantly autocyclic events. Correct identification of the specific shale types in vertical sequence utilizes outcrop dip-log, gamma ray, and core analysis; i.e, data obtainable in the downhole environment. These results allow more accurate prediction of internal heterogeneity geometries and distribution in shoreface reservoir sand bodies and should provide datasets for reservoir modeling and simulation.
The analysis of stimulus evoked neuromuscular potentials or m-waves is a useful technique for imp... more The analysis of stimulus evoked neuromuscular potentials or m-waves is a useful technique for improved feedback control in functional electrical stimulation systems. Usually, however, these signals are contaminated by stimulus artifact. A novel software technique, which uses a two-stage peak detection algorithm, has been developed to remove the unwanted artifact from the recorded signal. The advantage of the technique is that it can be used on all stimulation artifact-contaminated electroneurophys-iologic data provided that the artifact and the biopotential are non-overlapping. The technique does not require any estimation of the stimulus artifact shape or duration. With the developed technique, it is not necessary to record a pure artifact signal for template estimation, a process that can increase the complexity of experimentation. The technique also does not require the recording of any external hardware synchronisation pulses. The method avoids the use of analogue or digital fil...
Abstract- An Electromyographic (EMG) signal may be modelled as a filter representing the motor un... more Abstract- An Electromyographic (EMG) signal may be modelled as a filter representing the motor unit action potential convolved with a train of neuron firing pulses. Recovery of the neuron firing pulses is difficult especially when a large number of fibres are firing at the same time. This paper presents a technique of EMG signal decomposition allowing the recovery of neuron-firing pulses. The technique has been applied to some real EMG signals and shows that the rate of firing pulses increases if a subject increases muscle effort. 0 1.
An Electromyographic (EMG) signal may be modelled as a filter representing motor unit action pote... more An Electromyographic (EMG) signal may be modelled as a filter representing motor unit action potential convolved with a train of neuron firing pulses. Recovery of neuron firing pulses is difficult especially when a large number of fibres are firing at the s time. This paper presents a technique of EMG signal decomposition allowing the recove neuron-firing pulses. The technique has been applied to some real EMG signals and show the rate of firing pulses increases if a subject increases muscle effort. 0
Byrne Ciaran the Synthesis and Thermal and Photochemical Transformations of 1 3 Dipolar Cycloadducts Derived from 1 2 3 Triazolium N Imides Phd Thesis Dublin City University, 1996
The Squad Application allows people who play sports on a casual basis with friends and acquaintan... more The Squad Application allows people who play sports on a casual basis with friends and acquaintances to more easily organise matches amongst themselves through one convenient application. The app is designed to work on all modern Android devices and will be developed using the most up to date and innovative Android based technologies Firebase Server side management, Firebase Realtime Database, Firebase Authentication Management and Cloud Functions. The project has been developed to demonstrate how a sports complex encouraging users to use this application can make the whole process of organising a match easier for the players. The application will provide the option for players to add users to their team, create regular matches, nominate regular players. The application will allow the administrator of a group to easily visually see if a user has accepted an invitation or not, with confirmed players highlighted in green on their list. Synchronicity of data is key to the functionality...
ABSTRACT The Cretaceous Blackhawk Formation (Mesaverde Group), exposed in the Book Cliffs of sout... more ABSTRACT The Cretaceous Blackhawk Formation (Mesaverde Group), exposed in the Book Cliffs of southeast Utah, comprises a set of clastic parasequences dominated by shoreface sand bodies. Such sand bodies form important hydrocarbon reservoirs in the Gulf Coast, the North Sea Brent Group, and other oil provinces worldwide. The 45-50 m thick Grassy Member shoreface system comprises three foreward-stepping parasequences. Individual parasequences exhibit a systematic distribution of lithofacies and major changes in vertical log profile relative to depositional dip. Parasequence stacking can result in repetition of certain facies associations in vertical sequence, particularly in the up-dip section. Parasequence bounding surfaces here are often cemented and/or intensely bioturbated and correlate down-dip with a marine flooding surface. Each facies association within a parasequence has a characteristic shale distribution that facilitates correlation of internal heterogeneities on well logs. Three-dimensional mapping of individual parasequences provides guidance for subsurface correlation at common (0.5-1.0 km) well spacings. Shales are divisible into minor flooding surfaces (fieldwide Kv barriers) and several more restricted intraparasequence types, relating to predominantly autocyclic events. Correct identification of the specific shale types in vertical sequence utilizes outcrop dip-log, gamma ray, and core analysis; i.e, data obtainable in the downhole environment. These results allow more accurate prediction of internal heterogeneity geometries and distribution in shoreface reservoir sand bodies and should provide datasets for reservoir modeling and simulation.
The analysis of stimulus evoked neuromuscular potentials or m-waves is a useful technique for imp... more The analysis of stimulus evoked neuromuscular potentials or m-waves is a useful technique for improved feedback control in functional electrical stimulation systems. Usually, however, these signals are contaminated by stimulus artifact. A novel software technique, which uses a two-stage peak detection algorithm, has been developed to remove the unwanted artifact from the recorded signal. The advantage of the technique is that it can be used on all stimulation artifact-contaminated electroneurophys-iologic data provided that the artifact and the biopotential are non-overlapping. The technique does not require any estimation of the stimulus artifact shape or duration. With the developed technique, it is not necessary to record a pure artifact signal for template estimation, a process that can increase the complexity of experimentation. The technique also does not require the recording of any external hardware synchronisation pulses. The method avoids the use of analogue or digital fil...
Abstract- An Electromyographic (EMG) signal may be modelled as a filter representing the motor un... more Abstract- An Electromyographic (EMG) signal may be modelled as a filter representing the motor unit action potential convolved with a train of neuron firing pulses. Recovery of the neuron firing pulses is difficult especially when a large number of fibres are firing at the same time. This paper presents a technique of EMG signal decomposition allowing the recovery of neuron-firing pulses. The technique has been applied to some real EMG signals and shows that the rate of firing pulses increases if a subject increases muscle effort. 0 1.
An Electromyographic (EMG) signal may be modelled as a filter representing motor unit action pote... more An Electromyographic (EMG) signal may be modelled as a filter representing motor unit action potential convolved with a train of neuron firing pulses. Recovery of neuron firing pulses is difficult especially when a large number of fibres are firing at the s time. This paper presents a technique of EMG signal decomposition allowing the recove neuron-firing pulses. The technique has been applied to some real EMG signals and show the rate of firing pulses increases if a subject increases muscle effort. 0
Byrne Ciaran the Synthesis and Thermal and Photochemical Transformations of 1 3 Dipolar Cycloadducts Derived from 1 2 3 Triazolium N Imides Phd Thesis Dublin City University, 1996
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