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Paso de un ASM Moore a código Verilog, eludiendo poner jerarquía pero separando claramente los elementos de data-path y control-path

Paso de un ASM Moore a código Verilog, eludiendo poner jerarquía pero separando claramente los elementos de data-path y control-path

This study aims to examine and analyze the implementation, prevention, forms of violations, and factors influencing the ASN Neutrality principle in the 2020 Regional Head Elections in Maros Regency. This study uses empirical research methods. Primary data collection is done by direct interviews. The data obtained in this study were then analyzed qualitatively to analyze the problem and answer the research objectives. The results showed that the neutrality of civil servants in implementing the 2020 Regional Head Elections in the Maros Regency had not been carried out correctly. The worst condition was because three unscrupulous employees violated ASN neutrality more than once. Meanwhile, Bawaslu has taken various forms of efforts to prevent violations related to ASN Neutrality in Maros Regency: through coordination and outreach meetings, letters of appeal, and visual aids. The factors that influence the neutrality of ASN in the holding of Regional Head Elections: are patron-client culture, primordial (kinship relations), law enforcement, and motivation for positions. Therefore, it is recommended that the Ministry of Internal Affairs increasingly consider the principle of neutrality in the selection process for ASN candidates. In addition, it is recommended that KASN provide strict sanctions for ASN who are not neutral. In this case, in the future, there will be no more violations of ASN neutrality that are committed more than once., Penelitian ini bertujuan untuk mengkaji dan menganalisis penerapan, pencegahan, bentuk pelanggaran, dan faktor-faktor mempengaruhi asas Netralitas ASN dalam Pemilihan Kepala Daerah Tahun 2020 di Kabupaten Maros. Penelitian ini menggunakan metode penelitian empiris. Pengumpulan data primer dilakukan dengan wawancara langsung. Data yang diperoleh dalam penelitian ini kemudian dianalisis secara kualitatif untuk menganalisis masalah dan menjawab tujuan penelitian. Hasil penelitian menunjukkan bahwa Netralitas ASN pada Pelaksanaan Pemilihan Kepala Daerah Tahun 2020 di Kabupaten Maros belum terlaksana dengan baik. Kondisi terburuk adalah karena terdapat tiga oknum pegawai yang melakukan pelanggaran netralitas ASN lebih dari satu kali. Sedangkan Bawaslu telah melakukan berbagai bentuk upaya pencegahan pelanggaran terkait Netralitas ASN di Kabupaten Maros: melalui rapat koordinasi dan sosialisasi, surat himbauan, dan penggunaan alat peraga. Adapun faktor-faktor yang berpengaruh terhadap netralitas ASN dalam penyelenggaraan Pemilihan Kepala Daerah: budaya patron-client, primordial (hubungan kekerabatan), penegakan hukum, dan motivasi terhadap jabatan. Oleh karena itu, direkomendasikan kepada Kementerian Dalam Negeri agar semakin mempertimbangkan asas netralitas dalam proses seleksi penerimaan calon ASN. Selain itu, direkomendasikan kepada KASN agar memberikan sanksi yang tegas bagi ASN yang tidak netral. Dalam hal ini, agar di kemudia hari tidak ditemukan lagi pelanggaran netralitas ASN yang dilakukan lebih dari satu kali.

ResearchGate is an Academic Social Networking (ASN) Site that focuses on sharing the publications, tracking the number of reads, recommendation, citations metrics about the researcher work. With over 15 million members, ResearchGate is place researcher can create a profile and share them research. ResearchGate is “built for scientists/social scientist” Researcher/scientist /social scientist can share the research, data, background, possible to add CV. follow other researchers and can even endorse the skills. This study found that 38 percentages of the respondents have RG score is between 11-15, 31 percentages of the social scientist RG score between 6-10. 43 percentage of the social scientist are having number of followers between 101-150 researchers, 22 percentages of the respondents are having 51-100 followers. 33 percentages of the respondents have 11-15 coauthors verified profile, followed 27 percentage of the social scientist have 5-10 coauthors verified profile. 93 percentages (176) of the respondents from the publications followed by 69 percentage followers and 58 percentage answers.

A variety of Academic Social Networking (ASN) Platforms, Including ResearchGate, Academia.edu and Google Scholar, have gained popularity over the past decades. A common capability of many of these academic social networking websites is to provide an online repository to which users can upload and share research papers. Now 10 years since the launch of the three main platforms which currently lead the market (Academia.edu, ResearchGate, and Mendeley), it is timely to review how and why ASNS are used. Recently Microsoft Academic also. These sites allow uploading academic articles, abstracts, and links to published articles; track demand for published articles, and engage in professional interaction. This study investigates the nature of the use and the perceived utility of the Academic Social Networking Sites among the LIS Professionals in the North Eastern Region in India. This study reveals that Non Teaching Professionals have knowledge of ASNSs. Google Scholar and Academia are the most used ASNSs among LIS professionals. 77.5% of the LIS Professionals indicated their preference for uploading a full-text version of their publications and 52.42% accessed the relevant ASNS at least daily.

Plants mainly acquire N from the soil in the form of nitrate (NO3-) or ammonium (NH4+). Ammonium-based nutrition is gaining interest because it helps to avoid the environmental pollution associated with nitrate fertilization. However, in general, plants prefer NO3- and indeed, when growing only with NH4+ they can encounter so-called ammonium stress. Since Brachypodium distachyon is a useful model species for the study of monocot physiology and genetics, we chose it to characterize performance under ammonium nutrition. Brachypodium distachyon Bd21 plants were grown hydroponically in 1 or 2.5 mM NO3- or NH4+. Nitrogen and carbon metabolism associated with NH4+ assimilation was evaluated in terms of tissue contents of NO3-, NH4+, K, Mg, Ca, amino acids and organic acids together with tricarboxylic acid (TCA) cycle and NH4+-assimilating enzyme activities and RNA transcript levels. The roots behaved as a physiological barrier preventing NH4+ translocation to aerial parts, as indicated by a sizeable accumulation of NH4+, Asn and Gln in the roots. A continuing high NH4+ assimilation rate was made possible by a tuning of the TCA cycle and its associated anaplerotic pathways to match 2-oxoglutarate and oxaloacetate demand for Gln and Asn synthesis. These results show B. distachyon to be a highly suitable tool for the study of the physiological, molecular and genetic basis of ammonium nutrition in cereals.

INTRODUCTION Looking for ways to increase deposits into their institutional repository (IR), researchers at one institution started to mine academic social networks (ASNs) (namely, ResearchGate and Academia.edu) to discover which researchers might already be predisposed to providing open access to their work. METHODS Researchers compared the numbers of institutionally affiliated faculty members appearing in the ASNs to those appearing in their institutional repositories. They also looked at how these numbers compared to overall faculty numbers. RESULTS Faculty were much more likely to have deposited their work in an ASN than in the IR. However, the number of researchers who deposited in both the IR and at least one ASN exceeded that of those who deposited their research solely in an ASN. Unexpected findings occurred as well, such as numerous false or unverified accounts claiming affiliation with the institution. ResearchGate was found to be the favored ASN at this particular institution. DISCUSSION The results of this study confirm earlier studies’ findings indicating that those researchers who are willing to make their research open access are more disposed to do so over multiple channels, showing that those who already self-archive elsewhere are prime targets for inclusion in the IR. CONCLUSION Rather than seeing ASNs as a threat to IRs, they may be seen as a potential site of identifying likely contributors to the IR.

INTRODUCTION Looking for ways to increase deposits into their institutional repository (IR), researchers at one institution started to mine academic social networks (ASNs) (namely, ResearchGate and Academia.edu) to discover which researchers might already be predisposed to providing open access to their work. METHODS Researchers compared the numbers of institutionally affiliated faculty members appearing in the ASNs to those appearing in their institutional repositories. They also looked at how these numbers compared to overall faculty numbers. RESULTS Faculty were much more likely to have deposited their work in an ASN than in the IR. However, the number of researchers who deposited in both the IR and at least one ASN exceeded that of those who deposited their research solely in an ASN. Unexpected findings occurred as well, such as numerous false or unverified accounts claiming affiliation with the institution. ResearchGate was found to be the favored ASN at this particular institution. DISCUSSION The results of this study confirm earlier studies’ findings indicating that those researchers who are willing to make their research open access are more disposed to do so over multiple channels, showing that those who already self-archive elsewhere are prime targets for inclusion in the IR. CONCLUSION Rather than seeing ASNs as a threat to IRs, they may be seen as a potential site of identifying likely contributors to the IR.

INTRODUCTION Looking for ways to increase deposits into their institutional repository (IR), researchers at one institution started to mine academic social networks (ASNs) (namely, ResearchGate and Academia.edu) to discover which researchers might already be predisposed to providing open access to their work. METHODS Researchers compared the numbers of institutionally affiliated faculty members appearing in the ASNs to those appearing in their institutional repositories. They also looked at how these numbers compared to overall faculty numbers. RESULTS Faculty were much more likely to have deposited their work in an ASN than in the IR. However, the number of researchers who deposited in both the IR and at least one ASN exceeded that of those who deposited their research solely in an ASN. Unexpected findings occurred as well, such as numerous false or unverified accounts claiming affiliation with the institution. ResearchGate was found to be the favored ASN at this particular institution. DISCUSSION The results of this study confirm earlier studies’ findings indicating that those researchers who are willing to make their research open access are more disposed to do so over multiple channels, showing that those who already self-archive elsewhere are prime targets for inclusion in the IR. CONCLUSION Rather than seeing ASNs as a threat to IRs, they may be seen as a potential site of identifying likely contributors to the IR.

Plants mainly acquire N from the soil in the form of nitrate (NO3-) or ammonium (NH4+). Ammonium-based nutrition is gaining interest because it helps to avoid the environmental pollution associated with nitrate fertilization. However, in general, plants prefer NO3- and indeed, when growing only with NH4+ they can encounter so-called ammonium stress. Since Brachypodium distachyon is a useful model species for the study of monocot physiology and genetics, we chose it to characterize performance under ammonium nutrition. Brachypodium distachyon Bd21 plants were grown hydroponically in 1 or 2.5 mM NO3- or NH4+. Nitrogen and carbon metabolism associated with NH4+ assimilation was evaluated in terms of tissue contents of NO3-, NH4+, K, Mg, Ca, amino acids and organic acids together with tricarboxylic acid (TCA) cycle and NH4+-assimilating enzyme activities and RNA transcript levels. The roots behaved as a physiological barrier preventing NH4+ translocation to aerial parts, as indicated by a sizeable accumulation of NH4+, Asn and Gln in the roots. A continuing high NH4+ assimilation rate was made possible by a tuning of the TCA cycle and its associated anaplerotic pathways to match 2-oxoglutarate and oxaloacetate demand for Gln and Asn synthesis. These results show B. distachyon to be a highly suitable tool for the study of the physiological, molecular and genetic basis of ammonium nutrition in cereals.

INTRODUCTION Looking for ways to increase deposits into their institutional repository (IR), researchers at one institution started to mine academic social networks (ASNs) (namely, ResearchGate and Academia.edu) to discover which researchers might already be predisposed to providing open access to their work. METHODS Researchers compared the numbers of institutionally affiliated faculty members appearing in the ASNs to those appearing in their institutional repositories. They also looked at how these numbers compared to overall faculty numbers. RESULTS Faculty were much more likely to have deposited their work in an ASN than in the IR. However, the number of researchers who deposited in both the IR and at least one ASN exceeded that of those who deposited their research solely in an ASN. Unexpected findings occurred as well, such as numerous false or unverified accounts claiming affiliation with the institution. ResearchGate was found to be the favored ASN at this particular institution. DISCUSSION The results of this study confirm earlier studies’ findings indicating that those researchers who are willing to make their research open access are more disposed to do so over multiple channels, showing that those who already self-archive elsewhere are prime targets for inclusion in the IR. CONCLUSION Rather than seeing ASNs as a threat to IRs, they may be seen as a potential site of identifying likely contributors to the IR.

INTRODUCTION Looking for ways to increase deposits into their institutional repository (IR), researchers at one institution started to mine academic social networks (ASNs) (namely, ResearchGate and Academia.edu) to discover which researchers might already be predisposed to providing open access to their work. METHODS Researchers compared the numbers of institutionally affiliated faculty members appearing in the ASNs to those appearing in their institutional repositories. They also looked at how these numbers compared to overall faculty numbers. RESULTS Faculty were much more likely to have deposited their work in an ASN than in the IR. However, the number of researchers who deposited in both the IR and at least one ASN exceeded that of those who deposited their research solely in an ASN. Unexpected findings occurred as well, such as numerous false or unverified accounts claiming affiliation with the institution. ResearchGate was found to be the favored ASN at this particular institution. DISCUSSION The results of this study confirm earlier studies’ findings indicating that those researchers who are willing to make their research open access are more disposed to do so over multiple channels, showing that those who already self-archive elsewhere are prime targets for inclusion in the IR. CONCLUSION Rather than seeing ASNs as a threat to IRs, they may be seen as a potential site of identifying likely contributors to the IR.

INTRODUCTION Looking for ways to increase deposits into their institutional repository (IR), researchers at one institution started to mine academic social networks (ASNs) (namely, ResearchGate and Academia.edu) to discover which researchers might already be predisposed to providing open access to their work. METHODS Researchers compared the numbers of institutionally affiliated faculty members appearing in the ASNs to those appearing in their institutional repositories. They also looked at how these numbers compared to overall faculty numbers. RESULTS Faculty were much more likely to have deposited their work in an ASN than in the IR. However, the number of researchers who deposited in both the IR and at least one ASN exceeded that of those who deposited their research solely in an ASN. Unexpected findings occurred as well, such as numerous false or unverified accounts claiming affiliation with the institution. ResearchGate was found to be the favored ASN at this particular institution. DISCUSSION The results of this study confirm earlier studies’ findings indicating that those researchers who are willing to make their research open access are more disposed to do so over multiple channels, showing that those who already self-archive elsewhere are prime targets for inclusion in the IR. CONCLUSION Rather than seeing ASNs as a threat to IRs, they may be seen as a potential site of identifying likely contributors to the IR.

Plants mainly acquire N from the soil in the form of nitrate (NO3-) or ammonium (NH4+). Ammonium-based nutrition is gaining interest because it helps to avoid the environmental pollution associated with nitrate fertilization. However, in general, plants prefer NO3- and indeed, when growing only with NH4+ they can encounter so-called ammonium stress. Since Brachypodium distachyon is a useful model species for the study of monocot physiology and genetics, we chose it to characterize performance under ammonium nutrition. Brachypodium distachyon Bd21 plants were grown hydroponically in 1 or 2.5 mM NO3- or NH4+. Nitrogen and carbon metabolism associated with NH4+ assimilation was evaluated in terms of tissue contents of NO3-, NH4+, K, Mg, Ca, amino acids and organic acids together with tricarboxylic acid (TCA) cycle and NH4+-assimilating enzyme activities and RNA transcript levels. The roots behaved as a physiological barrier preventing NH4+ translocation to aerial parts, as indicated by a sizeable accumulation of NH4+, Asn and Gln in the roots. A continuing high NH4+ assimilation rate was made possible by a tuning of the TCA cycle and its associated anaplerotic pathways to match 2-oxoglutarate and oxaloacetate demand for Gln and Asn synthesis. These results show B. distachyon to be a highly suitable tool for the study of the physiological, molecular and genetic basis of ammonium nutrition in cereals.