snehal pawar - Academia.edu (original) (raw)

Papers by snehal pawar

Research paper thumbnail of Real Time Identification of American Sign Language for Deaf and Dumb Community

The only way for deaf and dumb for communication is based on sign language which involves hand ge... more The only way for deaf and dumb for communication is based on sign language which involves hand gestures. In this system, we are working on the American Sign Language (ASL) dataset (A-Z), (0-9) and word alphabet identification escort by our word identification dataset of Indian Sign Language (ISL). Sign data samples to be making our system more faultless, error free, and unambiguous with help of Convolutional Neural Network (CNN). Today, much research has been going on the field of sign language recognition but existing study failed to develop trust full communication interpreter. The motivation of this system is to serve a real-time two-way communication translator based on Indian Sign Language (ISL) with higher precision, efficiency, and accuracy. Indian Sign Language (ISL) used by Deaf-mute people’s community in India, does have adequate, delightful, acceptable, meaningful essential and structural properties.

Research paper thumbnail of Porter's Five Forces Model: Gives You A Competitive Advantage

Research paper thumbnail of Service marketing and quality strategies

Periodicals of Engineering and Natural Sciences (PEN)

Marketing concept was formerly built on manufacturing based model with products and goods-centere... more Marketing concept was formerly built on manufacturing based model with products and goods-centered, for mainly economic exchange. It was developed, commencing from the time of the Industrial Revolution. After its conception, the marketing ideas began and thereafter, broadened their perspectives to involve exchange, substitute and replace with more marketing activities than goods and products manufactured. The formation of several sub-disciplines of service marketing explained the logic of product value and brand creation, and it has transpired to address several broadened perceptions and realities. Service marketing creates more influential programs, based models and it is apparent in the prototypical features, which are identified as distinctive services apart from products, having Inseparability, Heterogeneity, Intangibility, and Perishability. Therefore, this review paper argues that all these characteristics basically; (1) do not differentiate services from products and goods; (2) The service marketing and quality strategies have derived the meaning from the product manufacturing perspective; and (3) They employ very inappropriate and normative strategies. Many services provide the basic foundation highly productive service-dominant views of many exchanges that take place in service marketing, from which, appropriate strategies can be generated.

Research paper thumbnail of A Survey on Cardiac Diseases Detection Using Deep Learning on Ecg Signals

One of the most common disease in the world is Cardiac Arrhythmia Disorder. It is one of the lead... more One of the most common disease in the world is Cardiac Arrhythmia Disorder. It is one of the leading cause of deaths today. Many methods and tools have been developed to detect this diseases. Electrocardiogram (ECG) is one of the common tools used today. Using many electrocardiogram (ECG) signal we can detect and study many heart diseases. Arrhythmia is one such disease where heart fails to maintain the necessary flow of blood in normal conditions. This paper gives an approach to design a classifier based system for the automated detection of Arrhythmias. The most commonly used method for detection of arrhythmia is recording of ECG. The ECG diagram has the activity of the heart measured in electrical signals. The electrical characteristics of the heartbeat has proven to be an important tool for detecting Cardiac arrhythmias. The variety of types of Arrythmia, which are corresponding to the various patterns in ECG are represented with various waveforms. Thus, it considered essential ...

Research paper thumbnail of Experiment and simulation of the simultaneous removal of organic and inorganic contaminants by micellar enhanced ultrafiltration with mixed micelles

Journal of Applied Polymer Science, 2014

Lead, chromium, and chlorobenzene (CB) were removed simultaneously by micellar enhanced ultrafilt... more Lead, chromium, and chlorobenzene (CB) were removed simultaneously by micellar enhanced ultrafiltration with a mixture of anionic and nonionic surfactants. The process parameters, including the molar ratio of the nonionic surfactant to the ionic surfactant (a), surfactant to metal ion (S/M) molar ratio, applied pressure, and inlet flow rate, were investigated. As a was varied from 0 to 1.5, the rejection of the metal ions increased. The optimum a value was 0.5. The permeate flux decreased by 28% with increasing a from 0 to 1.5. The S/M ratio was optimized at 10 in the presence of CB. The addition of CB increased the rejection of surfactants and decreased the metal-ion rejection. The effect of the applied pressure and inlet flow were studied and found to be optimum at 1 bar and 150 mL/min, respectively. The optimized parameters were applied to the steady-state process. The multiple-solute model was applied to the steady-state data. The relative error for solute rejection was varied from 5 to 9%, and the relative error for flux was 5%. V

Research paper thumbnail of Experiment and simulation of the simultaneous removal of organic and inorganic contaminants by micellar enhanced ultrafiltration with mixed micelles

Journal of Applied Polymer Science, 2014

Lead, chromium, and chlorobenzene (CB) were removed simultaneously by micellar enhanced ultrafilt... more Lead, chromium, and chlorobenzene (CB) were removed simultaneously by micellar enhanced ultrafiltration with a mixture of anionic and nonionic surfactants. The process parameters, including the molar ratio of the nonionic surfactant to the ionic surfactant (a), surfactant to metal ion (S/M) molar ratio, applied pressure, and inlet flow rate, were investigated. As a was varied from 0 to 1.5, the rejection of the metal ions increased. The optimum a value was 0.5. The permeate flux decreased by 28% with increasing a from 0 to 1.5. The S/M ratio was optimized at 10 in the presence of CB. The addition of CB increased the rejection of surfactants and decreased the metal-ion rejection. The effect of the applied pressure and inlet flow were studied and found to be optimum at 1 bar and 150 mL/min, respectively. The optimized parameters were applied to the steady-state process. The multiple-solute model was applied to the steady-state data. The relative error for solute rejection was varied from 5 to 9%, and the relative error for flux was 5%. V

Research paper thumbnail of Real Time Identification of American Sign Language for Deaf and Dumb Community

The only way for deaf and dumb for communication is based on sign language which involves hand ge... more The only way for deaf and dumb for communication is based on sign language which involves hand gestures. In this system, we are working on the American Sign Language (ASL) dataset (A-Z), (0-9) and word alphabet identification escort by our word identification dataset of Indian Sign Language (ISL). Sign data samples to be making our system more faultless, error free, and unambiguous with help of Convolutional Neural Network (CNN). Today, much research has been going on the field of sign language recognition but existing study failed to develop trust full communication interpreter. The motivation of this system is to serve a real-time two-way communication translator based on Indian Sign Language (ISL) with higher precision, efficiency, and accuracy. Indian Sign Language (ISL) used by Deaf-mute people’s community in India, does have adequate, delightful, acceptable, meaningful essential and structural properties.

Research paper thumbnail of Porter's Five Forces Model: Gives You A Competitive Advantage

Research paper thumbnail of Service marketing and quality strategies

Periodicals of Engineering and Natural Sciences (PEN)

Marketing concept was formerly built on manufacturing based model with products and goods-centere... more Marketing concept was formerly built on manufacturing based model with products and goods-centered, for mainly economic exchange. It was developed, commencing from the time of the Industrial Revolution. After its conception, the marketing ideas began and thereafter, broadened their perspectives to involve exchange, substitute and replace with more marketing activities than goods and products manufactured. The formation of several sub-disciplines of service marketing explained the logic of product value and brand creation, and it has transpired to address several broadened perceptions and realities. Service marketing creates more influential programs, based models and it is apparent in the prototypical features, which are identified as distinctive services apart from products, having Inseparability, Heterogeneity, Intangibility, and Perishability. Therefore, this review paper argues that all these characteristics basically; (1) do not differentiate services from products and goods; (2) The service marketing and quality strategies have derived the meaning from the product manufacturing perspective; and (3) They employ very inappropriate and normative strategies. Many services provide the basic foundation highly productive service-dominant views of many exchanges that take place in service marketing, from which, appropriate strategies can be generated.

Research paper thumbnail of A Survey on Cardiac Diseases Detection Using Deep Learning on Ecg Signals

One of the most common disease in the world is Cardiac Arrhythmia Disorder. It is one of the lead... more One of the most common disease in the world is Cardiac Arrhythmia Disorder. It is one of the leading cause of deaths today. Many methods and tools have been developed to detect this diseases. Electrocardiogram (ECG) is one of the common tools used today. Using many electrocardiogram (ECG) signal we can detect and study many heart diseases. Arrhythmia is one such disease where heart fails to maintain the necessary flow of blood in normal conditions. This paper gives an approach to design a classifier based system for the automated detection of Arrhythmias. The most commonly used method for detection of arrhythmia is recording of ECG. The ECG diagram has the activity of the heart measured in electrical signals. The electrical characteristics of the heartbeat has proven to be an important tool for detecting Cardiac arrhythmias. The variety of types of Arrythmia, which are corresponding to the various patterns in ECG are represented with various waveforms. Thus, it considered essential ...

Research paper thumbnail of Experiment and simulation of the simultaneous removal of organic and inorganic contaminants by micellar enhanced ultrafiltration with mixed micelles

Journal of Applied Polymer Science, 2014

Lead, chromium, and chlorobenzene (CB) were removed simultaneously by micellar enhanced ultrafilt... more Lead, chromium, and chlorobenzene (CB) were removed simultaneously by micellar enhanced ultrafiltration with a mixture of anionic and nonionic surfactants. The process parameters, including the molar ratio of the nonionic surfactant to the ionic surfactant (a), surfactant to metal ion (S/M) molar ratio, applied pressure, and inlet flow rate, were investigated. As a was varied from 0 to 1.5, the rejection of the metal ions increased. The optimum a value was 0.5. The permeate flux decreased by 28% with increasing a from 0 to 1.5. The S/M ratio was optimized at 10 in the presence of CB. The addition of CB increased the rejection of surfactants and decreased the metal-ion rejection. The effect of the applied pressure and inlet flow were studied and found to be optimum at 1 bar and 150 mL/min, respectively. The optimized parameters were applied to the steady-state process. The multiple-solute model was applied to the steady-state data. The relative error for solute rejection was varied from 5 to 9%, and the relative error for flux was 5%. V

Research paper thumbnail of Experiment and simulation of the simultaneous removal of organic and inorganic contaminants by micellar enhanced ultrafiltration with mixed micelles

Journal of Applied Polymer Science, 2014

Lead, chromium, and chlorobenzene (CB) were removed simultaneously by micellar enhanced ultrafilt... more Lead, chromium, and chlorobenzene (CB) were removed simultaneously by micellar enhanced ultrafiltration with a mixture of anionic and nonionic surfactants. The process parameters, including the molar ratio of the nonionic surfactant to the ionic surfactant (a), surfactant to metal ion (S/M) molar ratio, applied pressure, and inlet flow rate, were investigated. As a was varied from 0 to 1.5, the rejection of the metal ions increased. The optimum a value was 0.5. The permeate flux decreased by 28% with increasing a from 0 to 1.5. The S/M ratio was optimized at 10 in the presence of CB. The addition of CB increased the rejection of surfactants and decreased the metal-ion rejection. The effect of the applied pressure and inlet flow were studied and found to be optimum at 1 bar and 150 mL/min, respectively. The optimized parameters were applied to the steady-state process. The multiple-solute model was applied to the steady-state data. The relative error for solute rejection was varied from 5 to 9%, and the relative error for flux was 5%. V