bluuebunny/crossref_metadata_2025_split huggingface dataset:
PENGARUH KOMUNIKASI ORGANISASI DAN KEPUASAN KERJA TERHADAP KOMITMEN ORGANISASI GURU SD SANTO FRANSISKUS DI LAMPUNG
Authors: Suliyem Magdalena 
Published: August 2017

This study aims to determine the effect of (1) organizational communication, (2) job satisfaction, (3) organizational commitment of primary school sint. Francis ln Lampung. This research uses a survey method with a quantitative-causal approach using path analyses. 88 responders were involved by sending their feedback within the questioner. Those responders were decided using simple random sampling among all teachers that working at the predetermined location. The results showed that: first, there are positif influence between the organizational communication and organizational commitment of teachers in schools. Secondly, there is positif influence between job satisfation and organizational commitment of teachers in schools. Third, there is positif influence between organizational communication and job satisfaction of teachers in schools.
THE INFLUENCE OF JOB SATISFACTION AND LEADERSHIP STYLE ON ORGANIZATIONAL CITIZENSHIP BEHAVIOR (STUDY AT PT IDE JAYA KREASINDO)
Authors: Pratikto Bagus Tri , R Sudiarditha I Ketut , Sholikhah Sholikhah 
Published: August 2017

The purpose of this study is : 1) To know the description of job satisfaction and the leadership style on Organizational Citizenship Behavior (Study at PT Ide Jaya Kreasindo) 2) To know the effect of job satisfaction on Organizational Citizenship Behavior 3) To know the effect of the leadership style on Organizational Citizenship Behavior 4) To know the effect of job satisfaction and the leadership style on Organizational Citizenship Behavior simultaneously. Research methods using simple random sampling. Sampling technique using simple random sampling technique and of questionnaires of 77 observations from PT Ide Jaya Kreasindoâ€™s employees using SPSS 16.0.The empirical result shows that job satisfaction and the leadership style has positive and significant effect on organizational citizenship behavior. Simultaneously test shows that job satisfaction and the leadership style effects organizational citizenship behavior.

Keywords: Job Satisfaction, The Leadership Style, Organizational Citizenship Behavior
ANALYSIS OF HEDGING DETERMINANTS WITH FOREIGN CURRENCY DERIVATIVE INSTRUMENTS ON COMPANIES LISTED ON BEI PERIOD 2012-2015
Authors: Ahmad Gatot Nazir , Mardiyati Umi , Nashrin Ahmad Shofi 
Published: August 2017

This study is conducted to see the effect of the company's firm size, growth opportunities, leverage and liquidity on the decision of hedging with foreign currency derivative instruments on manufacturing companies listed on the Indonesian Stock Exchange (BEI) period 2012-2015. The Data that is used on this study is a set of data panel with purposive sampling method, and the criteria for the sample is: (1) manufacturing companies listed on the Stock Exchange period 2012 to 2015, (2) manufacturing companies that has transaction exposure ( liabilities and / or assets denominated in foreign currency, (3) manufacturing companies that has the data is needed for this study. The total sample of this study is 106 companies or 424 observation within 4 years. The Data analysis technique that is used on this study is logistic regression with z-statistic as hypotheses testing to test the regression coefficient with an alpha of 5%. The study result shows that firm size, growth opportunities and liquidity positively and Significantly Affect the decision of hedging with foreign currency derivative instruments, while leverage negatively and insignificantly Affect the decision of hedging with foreign currency derivative instruments.

Key words: firm size, growth opportunities, leverage, liquidity, hedging, derivatives, risk management
EFFECT OF INTELLECTUAL CAPITAL, CAPITAL STRUCTURE AND MANAGERIAL OWNERSHIP TOWARD FIRM VALUE OF MANUFACTURING SECTOR COMPANIES LISTED IN INDONESIA STOCK EXCHANGE (IDX) PERIOD 2010-2014
Authors: Hamidah Hamidah , Ahmad Gatot Nazir , Aulia Rahma 
Published: August 2017

The purpose of this study is to know the effect of Intellectual Capital, Capital Structure and Managerial Ownership on Firm Value in Manufacturing Company Listed on Indonesia Stock Exchange in 2010-2014. In this research, intellectual capital can be seen from VACA (Value Added Capital Employed), VAHU (Value Added Human Capital), and STVA (Structural Capital Value Added). The research model in this study employs panel data analysis. The samples are manufacturing companies listed in Indonesian Stock Exchange in 2010-2014 selected by purposive sampling. The result show that VACA and STVA has negative and not significant effect on firm value (Tobinsâ€™Q). Whereas, VAHU have positive and not significant effect on firm value. Capital structure (DAR) have positive and significant effect on firm value. Managerial ownership (MGRL) have negative and significant effect on firm value.

Keywords: Firm Value, Intellectual Capital, VACA, VAHU, STVA, Capital Structure, Managerial Ownership.
PELATIHAN MENGELOLA KEUANGAN SEDERHANA BAGI PENGUSAHA KECIL DI DESA CIBADAK
Authors: Yohana Corry 
Published: August 2017

Tujuan dari pengabdian masyarakat ini adalah untuk Memberikan pelatihan dan penyuluhan kepada individu/pengusaha kecil dilingkungan desa Cibadak tentang pengetahuan praktis dan sederhana mengenai mengelola keuangan sederhana sesui dengan prinsip dalam manajemen keuanganMetode penelitian yang digunakan adalah metode klasikal dengan pendekatan diskusi/tanya jawab dan bisnis game (simulasi) dengan maksud agar materi dapat diterima oleh peserta dengan baik. Bimbingan/konsultasi dilakukan baik melalui satu sesi pertemuan terakhir dengan peserta, telepon maupun melalui surat
Hasil pelatihan menunjukan dengan adanya pelatihan ini para peserta memiliki pengetahuan dan wawasan sebagai pengusaha kecil yang terampil mengelola keungan dan juga mampu mencari peluang untuk menambah keuangan keluarga sebagai bekal untuk meningkatkan taraf hidupnya agar menjadi lebih baik.Berdasarkan hasil pelatihan ini dapat disimpulkan peserta menginginkan pengetahuan yang berkelanjutan. Sangat diharapkan memberikan pengetahuan dalam bentuk pelatihan yang rutin dan berkesinabungan.
Tingkat Pemahaman Orang Tua Atlet Renang Kelompok Umur Empat (K.U IV) tentang Gizi di Klub Renang Indonesia Star Aquatic Jakarta Timur
Authors: Setiawan Agus , Jauhari Mansur , Setiakarnawijaya Yasep 
Published: August 2017

TINGKAT PEMAHAMAN ORANG TUA ATLET RENANG KELOMPOK UMUR EMPAT (K.U IV) TENTANG GIZI DI KLUB RENANG INDONESIA STAR AQUATIC JAKARTA TIMUR

Agus Setiawan1
Mansur Jauhari2, Yasep Setiakarnawijaya2

1Program Studi Ilmu Keolahragaan
2Fakultas Ilmu Keolahragaan Universitas Negeri Jakarta, Kampus B, Jakarta

ABSTRAK. Penelitian ini bertujuan untuk mengetahui nilai tingkat pemahaman orang tua atlet renang kelompok umur empat (K.U IV) tentang gizi di Club Renang Indonesia Star Aquatic Jakarta Timur. Dilakukan pada bulan Agustus 2014 s.d Februari 2015. Metode yang digunakan adalah deskripsi dengan teknik survey penyebaran angket kepada populasi yang berjumlah 20 orang sebagai instrumen dalam pengumpulan data. Teknik pengambilan sampel dalam penelitian ini adalah dengan menggunakan total sampling yaitu berjumlah 20 responden. Instrumen penelitian terdiri dari form angket tentang pemahaman gizi. Teknik analisis yang digunakan adalah menghitung rata-rata dari setiap dimensi. Uji coba angket dikatakan baik dalam penelitian jika alat ukur yang digunakan memenuhi syarat validitas dan realibilitas. Uji coba angket dilakukan di club renang meteor lintas aquatic. Hasil penelitian statistik tingkat pemahaman orang tua atlet renang kelompok umur empat (K.U IV) tentang gizi di Club Renang Indonesia Star Aquatic Jakarta Timur setelah dilakukan penelitian diperoleh data untuk nilai tertinggi adalah 87 dan yang terendah 63, dengan rata-rata nilai 75,33 termasuk dalam kategori baik. Pemahaman kategori baik sebanyak 55%, kategori cukup 45%, serta kategori kurang 0% dan kategori tidak baik 0%. Nilai simpangan baku dari hasil data penelitian yang diperoleh adalah 42,43.
Kata kunci : Tingkat Pemahaman Orang tua, Atlet Renang K. U. IV, Gizi.
Guest Editorial: Technology’s Role for Today’s New-Look, Multidisciplinary Teams
Authors: Poon C. Andrew 
Published: August 2017

Guest editorial
As we are getting used to the new normal of USD 50/bbl oil, buzzwords such as efficiencies, automation, best practices, and partnering have become standard in our discussions. This is all well and good but how real are these new processes? Like the cyclical nature of our industry, will these processes also become cyclical, soon to be relegated to small incremental change, rather than the needed step change as the price of oil recovers, or as our experienced people ride off into the sunset? What are the real opportunities for disruptive step change that will help us to catch up and leapfrog other industries that have given rise to companies such as Amazon, Google, and Apple, and have driven the renewal of the auto, airline, and transportation industries?
Today, companies are patting themselves on the back for handling the “great crew change,” and rightly so. But is this really cause for celebration? Should we be celebrating simply for doing our job? Would the great crew change be manageable if activity and the price of oil had not crashed? What about the individuals who have lost their jobs in the downturn and have not been able to recover? Can experience really be fully transferred by training classes? Does the young engineer walking onto an offshore drilling rig immediately notice the small things that “just don’t seem right” that an “old hand” might? How can we leverage communications technology to make a sustainable step change in efficiency and lower costs without compromising quality, safety, and the environment?
Three Critical Areas
Firstly, we need to consider key performance indicators (KPIs). A famous quote from Lou Gerstner, IBM’s CEO from 1993 to 2002, “People don’t do what you expect but what you inspect,” is often quoted as, “Inspect what you expect.” In other words, we need to mea-sure performance. However, the metrics used in tracking KPIs must be directly related to the expected outcomes, the component data easy to manage, and the outputs statistically meaningful.
KPIs can be divided into two main groups. Lag indicators are typically measures of present or past performance, easy to measure but difficult to relate to future or improved performance. Lead indicators are harder to measure as they typically relate to processes or activities to improve performance, but are equally important as lag indicators. Lag indicators enable valid data analytics, benchmarking, and target metrics or “par” values for performance. Data analytics provide “calibration points” to track continuous improvement and ideas on lead indicators by identifying processes that consistently give good results.
Technology Update: Data Aggregation and Distribution With Human Factors Incorporated
Authors: Behounek M. , Ashok P. 
Published: August 2017

Technology Update
To optimize the value of surface and downhole drilling data, an operator, a software company, and a service company have combined forces to develop a system to seamlessly integrate all forms of data, file types, and communication protocols. To ensure that people on the rig and in the office are able and willing to act on the data, the system includes human-factors engineering.
The upstream oil and gas industry first began to gather and stream data from rig sensors in the 1970s and introduced real-time data centers in the early 1980s. Since those early efforts, the industry has made only incremental progress in using available drilling data. These changes typically are limited to improving visual displays, upgrading relational databases for easier reporting, and providing web services for integration.
Today, the widespread use of drilling data remains limited by technology deficiencies in rig sensor measurement quality, sensor accuracy and reliability, rig-site aggregation methods, data sampling rates, and the inability to easily share data between proprietary vendor systems. In addition, drilling electronic data recorder (EDR) technology has not kept pace with the technology of other industries or that of other oil and gas sectors.
Typical service company aggregation systems use outmoded software and hardware. Consequently, these systems are costly to alter, require long cycle times to add features, cannot process the high-frequency data that are collected by modern sensors, and cannot easily accommodate different back-end engines provided by third parties. In addition, because they have closed architecture, changing user interfaces is notoriously difficult.
To address these shortcomings, an operator has built a system that easily accommodates back-end engines, enables rapid prototyping and deployment of new ideas, and separates the back-end from user interfaces. Unlike traditional systems that use only rig data, this new system also uses well information from other data sources.
The design basis was to provide users with higher frequency (up to 100 Hz) and higher-quality data than traditional data-aggregation and -distribution systems. This allows drillers to access real-time models and algorithms for analyses, such as stick/slip mitigation, stuck pipe avoidance, optimal tripping practices, hole cleaning, geosteering, and other drilling methods.
The Vision of Onshore Seismic May Look Strange at First
Authors: Rassenfoss Stephen 
Published: August 2017

Imagine a swarm of drones hovering over a remote tropical forest drop ping what looks like large darts. The darts are actually seismic receivers delivered from the air as shown in an animated video from Total. They are part of a project to rethink how surveys are done in remote spots where the jagged landscape limits movement on the ground.
The goal is to find ways to sharply reduce both the cost and the environmental impact of gathering the volumes of data needed to illuminate oil and gas deposits in complex, hard-to-image formations.
Their testing ground, Papua New Guinea, is a perfect example of the problem. Florent Bertini, Earth Imaging R&D program director at Total, describes it as “one of the most challenging places on Earth for seismic acquisition.”
And there are enough other locations where the barriers to generating the booming sounds needed for seismic and recording how it reflects off the layers below are great enough to justify taking on some extreme technical challenges.
“Tomorrow’s most promising onshore oil and gas exploration acreages are located in foothills, yet these areas have been underexplored as traditional exploration methods are not suitable to deal with these complex environments,” Total says in the video.
Rather than hacking paths through dense forests to set out lines of seismic receivers, they are building and testing a system using drones to drop thousands of receivers that will biodegrade after the survey.
A lead drone will coordinate the flight. It will ensure the drones remain safely above the tree tops. And it will use an infrared scanning system to ensure there are no large animals below before ordering the release, Total said.
A radio communication system developed by Wireless Seismic, called the Downfall Air Receiver Technology (DART) links the dropped DARTs to a control and processing center that monitors the quality of incoming data and makes changes if there are problems.
Total said the rewards justify some tall technical challenges.
“Poor accessibility remains the largest challenge for seismic programs in these settings, which drives up cost, time, and HSE exposure,” Total said.
Outlook Points to Peak Transport Demand for Oil
Authors: Parshall Joel 
Published: August 2017

Transportation is the linchpin of oil consumption, responsible for more than 50% of the oil that the world uses every day and almost 70% of that consumed daily in the United States. Forecasters all agree that the global vehicle fleet, the dominant factor in transportation demand for oil-based fuels and the major source of transport-sector growth, will expand greatly in the next 20 to 30 years.
Thus, it is notable that BP in its 2017 Energy Outlook forecasts, as a base case, that by the mid-2030s, transport demand growth for oil will slow to a trickle, while demand for noncombusted oil use—particularly in the petrochemicals industry—will become the chief driver of oil demand growth.
Specifically, over the outlook period of 2017–2035, the growth in transport demand will decelerate from 1 million B/D per year to 0.4 million B/D per year and level off, while the demand for noncombusted oil use will increase by 6 million B/D.
Not every forecast agrees with this. The International Energy Agency and ExxonMobil, for example, believe that transport demand will continue to drive oil consumption growth for substantially longer. On the other hand, Shell Chief Executive Officer Ben van Beurden recently said that oil demand as a whole could peak in the early 2030s and possibly sooner with higher biofuel use. There are forecasts from outside the industry that show oil demand peaking and starting to decline sooner rather than later.
Implications for Industry
The point is not that one forecast or the other is correct, but rather to start thinking about the implications of a transport demand for oil that no longer increases. It is bound to happen at some point, even if the more robust demand forecasts prove correct. What will the industry begin to look like when transport no longer delivers market growth?
But first, what is the case for anticipating a slowing and leveling in transport demand by approximately 2035?
“It’s largely the significant improvement in the fuel efficiency of the world’s vehicle fleet,” said Mark Finley, general manager of global energy markets and US economics at BP, who was on the team that produced the latest Energy Outlook.
Technology Focus: Reservoir Performance and Monitoring (September 2017)
Authors: Livescu Silviu 
Published: August 2017

Technology Focus
Since the last Reservoir Performance and Monitoring feature in September 2016, the industry trends of significantly improving efficiency and reducing operational costs have continued to be implemented. For instance, at the time of writing, in North America, the US oil rig count has risen impressively for 23 straight weeks and the big players have greatly reduced their exposure to Canada’s oil sands. However, while many efforts are focusing on the optimization of current technologies and the study of past reservoir performance to improve future developments, with fewer capital resources and personnel available, these efforts may yield only incremental improvements.
Technology and innovation are seen industrywide as critical to long-term radical efficiency and productivity. Once the industry becomes less concerned about cost savings and more about investing in future technologies and long-term performance, the nonrisk-averse innovation culture from other industries could help us develop new disruptive technologies and implement them in the field. For instance, with the proper resources in place, automated reservoir-performance modeling and monitoring may no longer be a science-fiction scenario. Once this downturn appears in the rear-view mirror, our industry will need to change its model disruptively to thrive sustainably in the next growth cycle.
During the past 12 months, 160 technical papers were presented at various conferences and meetings with reservoir-performance-and-monitoring programs and were reviewed for this feature, displaying further advances in reservoir-performance monitoring, analysis, and optimization. The papers selected and recommended as additional reading are representative samples of the reviewed papers. They are a geographically diverse mix of academic work, industrial research and development, and field applications, describing numerical simulation and laboratory research, field-data-acquisition and -interpretation studies, new-technology development and field trials, and multi-year reviews of current technologies and work flows.
Recommended additional reading at OnePetro: www.onepetro.org.
SPE 181550 Current State and Future Trends in the Use of Downhole Fluid Analysis for Improved Reservoir Evaluation by H. Elshahawi, Shell, et al.
SPE 184131 Production Optimization Through Voidage Replacement Using Triggers for Production Rate by Cenk Temizel, Aera Energy, et al.
SPE 183195 Development of Crosswell Electromagnetic Monitoring System Using the HTS-SQUID Magnetometer by Makoto Harada, Japan Oil, Gas, and Metals National Corporation, et al.
Three-Phase Flow in Fractured Porous Media: Investigation of Matrix/Fracture Interactions
Authors: Carpenter Chris 
Published: August 2017

This article, written by JPT Technology Editor Chris Carpenter, contains highlights of paper SPE 181891, “Three-Phase Flow in Fractured Porous Media: Experimental Investigation of Matrix/Fracture Interactions,” by M. Sabti, A.H. Alizadeh, and M. Piri, University of Wyoming, prepared for the 2016 SPE Annual Technical Conference and Exhibition, Dubai, 26–28 September. The paper has not been peer reviewed.
The authors present the results of a detailed experimental study in which underlying pore-level-displacement physics of two- and three-phase flow in a fractured rock sample is investigated with high-resolution X-ray microtomography techniques. A unique, three-phase coreflooding setup integrated with a microcomputed-tomography (micro-CT) scanner is used to conduct flow experiments on a miniature, partially fractured sandstone sample to shed light on subtle displacement mechanisms governing matrix/fracture interactions in the presence or absence of spreading oil layers.
Experimental Methodology
Rock and Fluid Properties. A water-wet Berea sandstone core plug, 38 mm in diameter and 100 mm in length, was subjected to continuous, nonuniform stress to create a fracture parallel to the stress axis. The artificial fracture was induced such that it ran through only half of the core plug. This configuration was used to study pore-fluid occupancies and displacement physics at different locations of the medium including matrix-only sites, the fracture, and the matrix adjacent to the fracture. After inducing the fracture, a miniature sample, 10 mm in diameter and 40 mm in length, was cut from the core plug.
The coreflooding tests were carried out with two different fluid systems representing the spreading and nonspreading conditions. X-ray dopants were added to liquid phases to establish sufficient contrasts among all phases (i.e., brine, oil, and gas) during the image-processing steps. All fluids were recirculated through the coreflooding setup before starting the experiment, bypassing the core sample at the experimental conditions for a period of time (i.e., 48 hours) sufficient to equilibrate all the phases and minimize mass transfer between the fluids in the core sample during the experiments.
Experimental Procedure. The experimental apparatus included three major modules: (1) a three-phase closed-loop miniature coreflooding setup, (2) a high-resolution micro-CT scanner, and (3) a data-acquisition system. The flow tests were carried out at pore pressure of 3.45 MPa and ambient temperature (20°C). Each fluid was retracted from a specific section of the separator on the basis of the density of the fluid and then injected into the core sample. The authors used the unsteady-state approach, in which only one fluid is injected at a time.