An Efficient Photo Voltaic System for Onboard Ship ApplicationsIJERA Editor
In this paper a high efficient photovoltaic system is proposed for onboard ship applications which convert the
lower voltage obtained from solar modules to higher voltage required by the ship service loads. In a typical
photovoltaic system only step-up /boost converter is used due to which the converter has to operate in extreme
duty ratio, resulting in increase of switching losses and thus decreasing the overall efficiency. But in this paper
the conventional boost converter is used with interleaved inductors and capacitors. The poposed system stores
the energy in inductors and thus reduces the stress in the switches (Without allowing the total voltage to appear
across the switch). The simulation is designed using MATLAB/Simulink with an Input voltage of 40-V to
achieve a output voltage of 300-380 V. The developed simulation results are compared for output powers of
500W and 1kW
Study on Theoretical Aspects of Virtual Data Integration and its ApplicationsIJERA Editor
Data integration is the technique of merging data residing at different sources at different locations, and
providing users with an integrated, reconciled view of these data. Such unified view is called global or mediated
schema. It represents the intentional level of the integrated and reconciled data. In the data integration system,
our area of interest in this paper is characterized by an architecture based on a global schema and a set of
sources or source schemas. The objective of this paper is to provide a study on the theoretical aspects of data
integration systems and to present a comprehensive review of the applications of data integration in various
fields including biomedicine, environment, and social networks. It also discusses a privacy framework for
protecting user’s privacy with privacy views and privacy policies.
Groundwater Quality Assessment in hard rock terrain of Rasipuram Taluk, Namak...IJERA Editor
Groundwater is of most important to rural development in many countries of the world. Over exploitation of
groundwater has become a major challenge not only to the present civilization and also for the future
generations. The main focus of this study is to assess the suitability of groundwater quality for drinking and
irrigation purposes in vicinity of Rasipuram block in Tamil Nadu. Groundwater samples from 15 locations were
collected from different wells during January 2015 and analyzed for different physico-chemical parameters. The
usefulness of these parameters in predicting groundwater quality characteristics were discussed. The quality of
groundwater in the study area is fresh to brackish water, moderately hard to very hard in nature. The piper plot
shows that the most of the groundwater samples fall in the field of Na+
-Cland
mixed Ca++
-Na+
-Cltype.
Water
quality index rating was carried out to quantify overall groundwater quality status of the area. The WQI for these
samples ranges from 37.34 to 650. Hence majority of the water samples are poor to very poor in water quality.
The area in general is characterized by hard water, hence is not suitable for drinking purpose. The samples
plotted in the piper and USSL diagram were used to understand the chemical characteristic of groundwater for
irrigation purposes. However, the values of SAR, Na% and RSC indicate that groundwater is suitable for
irrigation purposes. Overall water quality of the study area was found satisfactory for drinking purpose except in
few locations and suitable for irrigation purpose. Hence the local government needs to initiate remedial
measures.
Design of Digital Adder Using Reversible LogicIJERA Editor
Reversible logic circuits have promising applications in Quantum computing, Low power VLSI design,
Nanotechnology, optical computing, DNA computing and Quantum dot cellular automata. In spite of them
another main prominent application of reversible logic is Quantum computers where the quantum devices are
essential which are ideally operated at ultra high speed with less power dissipation must be built from reversible
logic components. This makes the reversible logic as a one of the most promising research areas in the past few
decades. In VLSI design the delay is the one of the major issue along with area and power. This paper presents
the implementation of Ripple Carry Adder (RCA) circuits using reversible logic gates are discussed.
An Efficient Photo Voltaic System for Onboard Ship ApplicationsIJERA Editor
In this paper a high efficient photovoltaic system is proposed for onboard ship applications which convert the
lower voltage obtained from solar modules to higher voltage required by the ship service loads. In a typical
photovoltaic system only step-up /boost converter is used due to which the converter has to operate in extreme
duty ratio, resulting in increase of switching losses and thus decreasing the overall efficiency. But in this paper
the conventional boost converter is used with interleaved inductors and capacitors. The poposed system stores
the energy in inductors and thus reduces the stress in the switches (Without allowing the total voltage to appear
across the switch). The simulation is designed using MATLAB/Simulink with an Input voltage of 40-V to
achieve a output voltage of 300-380 V. The developed simulation results are compared for output powers of
500W and 1kW
Study on Theoretical Aspects of Virtual Data Integration and its ApplicationsIJERA Editor
Data integration is the technique of merging data residing at different sources at different locations, and
providing users with an integrated, reconciled view of these data. Such unified view is called global or mediated
schema. It represents the intentional level of the integrated and reconciled data. In the data integration system,
our area of interest in this paper is characterized by an architecture based on a global schema and a set of
sources or source schemas. The objective of this paper is to provide a study on the theoretical aspects of data
integration systems and to present a comprehensive review of the applications of data integration in various
fields including biomedicine, environment, and social networks. It also discusses a privacy framework for
protecting user’s privacy with privacy views and privacy policies.
Groundwater Quality Assessment in hard rock terrain of Rasipuram Taluk, Namak...IJERA Editor
Groundwater is of most important to rural development in many countries of the world. Over exploitation of
groundwater has become a major challenge not only to the present civilization and also for the future
generations. The main focus of this study is to assess the suitability of groundwater quality for drinking and
irrigation purposes in vicinity of Rasipuram block in Tamil Nadu. Groundwater samples from 15 locations were
collected from different wells during January 2015 and analyzed for different physico-chemical parameters. The
usefulness of these parameters in predicting groundwater quality characteristics were discussed. The quality of
groundwater in the study area is fresh to brackish water, moderately hard to very hard in nature. The piper plot
shows that the most of the groundwater samples fall in the field of Na+
-Cland
mixed Ca++
-Na+
-Cltype.
Water
quality index rating was carried out to quantify overall groundwater quality status of the area. The WQI for these
samples ranges from 37.34 to 650. Hence majority of the water samples are poor to very poor in water quality.
The area in general is characterized by hard water, hence is not suitable for drinking purpose. The samples
plotted in the piper and USSL diagram were used to understand the chemical characteristic of groundwater for
irrigation purposes. However, the values of SAR, Na% and RSC indicate that groundwater is suitable for
irrigation purposes. Overall water quality of the study area was found satisfactory for drinking purpose except in
few locations and suitable for irrigation purpose. Hence the local government needs to initiate remedial
measures.
Design of Digital Adder Using Reversible LogicIJERA Editor
Reversible logic circuits have promising applications in Quantum computing, Low power VLSI design,
Nanotechnology, optical computing, DNA computing and Quantum dot cellular automata. In spite of them
another main prominent application of reversible logic is Quantum computers where the quantum devices are
essential which are ideally operated at ultra high speed with less power dissipation must be built from reversible
logic components. This makes the reversible logic as a one of the most promising research areas in the past few
decades. In VLSI design the delay is the one of the major issue along with area and power. This paper presents
the implementation of Ripple Carry Adder (RCA) circuits using reversible logic gates are discussed.
Социальное предпринимательство — предпринимательская деятельность, нацеленная на смягчение или решение социальных проблем, характеризующаяся следующими основными признаками
Социальное предпринимательство — предпринимательская деятельность, нацеленная на смягчение или решение социальных проблем, характеризующаяся следующими основными признаками
1. Миссия
Главная/О нас/Миссия
АВТОРСКАЯ ПРОГРАММА «МОЙ КАЗАХСТАН»
Корпорация «Өзара Көмек 2050» несет корпоративную социальную
ответственность перед своими вкладчиками, где программа «МОЙ КАЗАХСТАН»
является продолжением развития авторской программы «Мой Казахстан
Взаимопомощь».
Корпорация несет ответственность за выполнения первоначальных условий,
обговоренных в авторской программе «Мой Казахстан Взаимопомощь», которая
состоит из нескольких этапов развития с выделением сроков на выполнения
условий программы на каждый этап развития в отдельности; а также продолжает
свою деятельность в сфере обслуживание.
Это новое направление, которая заинтересует всех деловых структур, для
повышения социального уровня страны.
Общие интересы и интересы своих служащих для руководителей компании, тесно
будут связывать и приносить общие блага для окружающих.
РЕЗЮМЕ проекта
2. Концепция проекта предусматривает поддержку граждан, не имеющих
возможности получить жильё, но имеющие право получить ее с помощью
совместного сотрудничество.
Главная проблема для руководителя – это благосостояние своих коллег и
сотрудников, которые работают в интересах предпринимателя, но тем не менее
имеют возможность решить свои жизненно важные вопросы.
Проект создан в духе нравственности, патриотизма и толерантности.
Планы на 2016 – 2017 годы
1. Инвестиционные направления.
2. Строительство производства тепличного и фермерского хозяйства.
3. Трудоустройство с получением сельхоз жилья с дальнейшим выкупом на 20 лет.
Социальная значимость
1. Обоснование социальной значимости в соответствии с категориями
производства согласно реализуемым проектам на 2016 год - безработица
сократится на 20% в случае, совместной работы с предпринимателями Казахстана.
Структура обслуживания ТОО «РАЛЛ Өзара Көмек 2050»
Проект имеет пятилетний опыт работы в сфере обслуживания населения и
зарегистрирован в Юстиции Казахстана.
Государственная регистрация от 13 июня 2013года,
Свидетельство о государственной регистрации в областях:
Астана БИН 140941008239,
Карагандинская область БИН 141241015883,
Костанайская область БИН 150241013172,
3. Кызылординская область БИН 140941005899,
Южно-Казахстанская область БИН 140841024455,
Свидетельство о регистрации средства массовой информации от 10 июня
2013года,
Свидетельство о регистрации Авторской программы «Мой Казахстан
Взаимопомощь» от 30 ноября 2012года.
Описание ситуации на рынке социального жилья в Казахстане
Примерно 40% казахстанским гражданам крайне сложно приобрести жилье и
иметь его как свою собственность, поскольку они не имеют необходимого уровня
доходов. Средний ежемесячный доход в Казахстане не позволяет приобрести свое
жильё, даже с использованием долгосрочного ипотечного кредитования.
Именно поэтому, мы приглашаем с 2016 года всех коммерческих структур
побеспокоиться о социальном статусе своих работников вместе с нами!