Peningkatan Website Ranking Exist-club Pada Pb Exist Jakarta

One of the technologies developed in the increasingly computerized world of information technology is the website. The website is an information media offers a range of up to date information and the existence of a good maintenance process, evena role in website ranking positions should be also of note because it is one of thenecessities in the present information especially in the sport of badminton. This has been the rationale for how to improve the position of web rank significantly in order topopularize a Website Exist-Club which is the official website of PB Exist a badminton clublocated in Jakarta so that it can affect the visitor traffic of visitors is high. The speed andconvenience of a positive value in a website with so will make it easier to access by anyone and anywhere. To accomplish the intended, there are 17 step strategyimplemented for the purpose of improving the web rank Websites Exist-Club which willdirectly account for direct pembuktiannya on a measuring instrument using the Alexa and Google Analytics

Penerapan Viewboard GO+ Berbasis Yii sebagai Media Monitoring Pembayaran Mahasiswa

Perkembangan teknologi informasi yang semakin cepat dan selalu berubah-ubah dari tahun-ketahun membuat inovasi dalam membuat suatu karya yang kreatif, seperti halnya Perguruan Tinggi Raharja sangat membutuhkan sistem informasi yang relevan, akurat, cepat, dan efisien untuk menunjang keberlangsungan aktivitas akademik kedepannya. Green Orchestra Plus atau biasa juga disebut dengan GO+, merupakan sebuah sistem pelayanan informasi pembayaran mahasiswa secara online yang dibuat untuk Perguruan Tinggi Raharja sebagai sistem yang memberikan informasi pembayaran berupa RBK,RBR, dan cara pembayaran dengan menggunakan Virtual Account. GO+ memiliki tujuan yaitu membantu mahasiswa mendapatkan informasi pembayaran secara mudah dan cepat.  Adapun tujuan viewboard GO+ adalah sebagai tempat dan wadah informasi dari data-data yang ada di database GO+ sehingga nantinya akan menampilkan informasi akurat dan terkini yang berkaitan dengan pembayaran mahasiswa. Dengan adanya tujuan viewboard ini juga dapat memudahkan staff memonitoring data mahasiswa. Database merupakan persyaratan dalam memonitoring sebuah data berbasis komputer. Sistem pemonitoring ini membantu dan memberikan alternatif untuk pihak staff keuangan dan untuk seluruh Pribadi Raharja. Hal ini berguna untuk memudahkan staff memonitoring semua yang berkaitan dengan masalah mengolah data yang terdapat pada GO+ menjadi sebuah viewboard. Viewboard ini berbasis Web karena viewboard yang diterapkan untuk menampilkannya menggunakan Website, dan caranya pembuatannya menggunakan tools Yii Framework. Kata kunci: GO+, Viewboard, Monitoring The development of information technology is getting faster and ever-changing from year to year making innovation in creating a work that is creative, as does College Raharja desperately need information systems that are relevant, accurate, fast, andefficient in order to support the sustainability of the academic activities in the future. Green Orchestra Plus or also called as GO +, is a system of information service of student online payments are made to higher education as a system that gives Raharja payment information in the form of RBK, RBR, and payment method using Virtual accounts. GO + has a purpose and that is helping students get payment information easily and quickly. As for the purpose of viewboard is to GO places and container information from data that is in the databases GO + so that later will display current and accurate information relating to the payment of the student. With the purpose of viewboard it can also make it easier for staff to monitor students \u27 data. The database is a requirement in the monitor of a computer-based data. This pemonitoring help system and provide an alternative to the managerial, and party to the general audience. It is useful to mak e it easier for staff to monitor all issues relating to theprocessing of data contained on the GO + into a viewboard. This Web-based Viewboard because viewboard are applied to display it using the Website, and the way of its creation using tools Yii Framework. Keywords: GO +, Viewboard, Monitoring &nbsp

Structure and stability of Con(pyridine)m − clusters: Absence of metal inserted structures

A synergistic approach combining the experimental photoelectron spectroscopy and theoretical electronic structure studies is used to probe the geometrical structure and the spin magnetic moment of Con(pyridine)−m clusters. It is predicted that the ground state of Co(pyridine)− is a structure where the Co atom is inserted in a CH bond. However, the insertion is marked by a barrier of 0.33eV that is not overcome under the existing experimental conditions resulting in the formation of a structure where Co occupies a site above the pyridine plane. For Co2(pyridine)−, a ground-state structure is predicted in which the Co2 diametric moiety is inserted in one of the CH bonds, but again because of a barrier, the structure which matches the photoelectron spectrum is a higher-energy isomer in which the Co2 moiety is bonded directly to nitrogen on the pyridine ring. In all cases, the Co sites have finite magnetic moments suggesting that the complexes may provide ways of making cluster-based magnetic materials

Penerapan Rinfo sebagai Media Pendukung untuk Proses Pembelajaran pada Perguruan Tinggi Raharja

Education is an important factor in human life. According to Ki Hajar Dewantara, education is a civilizing process that a business gives high values ??to the new generation in a society that is not only maintenance but also with a view to promote and develop the culture of the nobility toward human life. Education is a human investment that can be used now and in the future. One other important factor in supporting human life in addition to education, which is technology. In this globalization era, technology has touched every joint of human life. The combination of these two factors will be a new innovation in the world of education. The innovation has been implemented by Raharja College, namely the use of the method iLearning (Integrated Learning) in the learning process. Where such learning has been online based. ILearning method consists of TPI (Ten Pillars of IT iLearning). Rinfo is one of the ten pillars, where it became an official email used by the whole community\u27s in Raharja College to communicate with each other. Rinfo is Gmail, which is adapted from the Google platform with typical raharja.info as its domain. This Rinfo is a medium of communication, as well as a tool to support the learning process in Raharja College. Because in addition to integrated with TPi, this Rinfo was connected also support with other learning tools, such as Docs, Drive, Sites, and other supporting tools

Thermal nonlocal Nambu--Jona-Lasinio model in the real time formalism

The real-time formalism at finite temperature and chemical potential for the nonlocal Nambu--Jona-Lasinio model is developed in the presence of a Gaussian covariant regulator. We construct the most general thermal propagator, by means of the spectral function. As a result, the model involves the propagation of massive quasiparticles. The appearance of complex poles is interpreted as a confinement signal, and in this case we have unstable quasiparticles with a finite decay width. An expression for the propagator along the critical line, where complex poles start to appear, is also obtained. A generalization to other covariant regulators is proposed.Comment: 9 pages, 5 figures, minor changes, to appear in Phys. Rev.

Binary black hole merger gravitational waves and recoil in the large mass ratio limit

Spectacular breakthroughs in numerical relativity now make it possible to compute spacetime dynamics in almost complete generality, allowing us to model the coalescence and merger of binary black holes with essentially no approximations. The primary limitation of these calculations is now computational. In particular, it is difficult to model systems with large mass ratio and large spins, since one must accurately resolve the multiple lengthscales which play a role in such systems. Perturbation theory can play an important role in extending the reach of computational modeling for binary systems. In this paper, we present first results of a code which allows us to model the gravitational waves generated by the inspiral, merger, and ringdown of a binary system in which one member of the binary is much more massive than the other. This allows us to accurately calibrate binary dynamics in the large mass ratio regime. We focus in this analysis on the recoil imparted to the merged remnant by these waves. We closely examine the "antikick", an anti-phase cancellation of the recoil arising from the plunge and ringdown waves, described in detail by Schnittman et al. We find that, for orbits aligned with the black hole spin, the antikick grows as a function of spin. The total recoil is smallest for prograde coalescence into a rapidly rotating black hole, and largest for retrograde coalescence. Amusingly, this completely reverses the predicted trend for kick versus spin from analyses that only include inspiral information.Comment: 15 pages, 5 figures. Submitted to Phys. Rev.

Archiving scientific data

We present an archiving technique for hierarchical data with key structure. Our approach is based on the notion of timestamps whereby an element appearing in multiple versions of the database is stored only once along with a compact description of versions in which it appears. The basic idea of timestamping was discovered by Driscoll et. al. in the context of persistent data structures where one wishes to track the sequences of changes made to a data structure. We extend this idea to develop an archiving tool for XML data that is capable of providing meaningful change descriptions and can also efficiently support a variety of basic functions concerning the evolution of data such as retrieval of any specific version from the archive and querying the temporal history of any element. This is in contrast to diff-based approaches where such operations may require undoing a large number of changes or significant reasoning with the deltas. Surprisingly, our archiving technique does not incur any significant space overhead when contrasted with other approaches. Our experimental results support this and also show that the compacted archive file interacts well with other compression techniques. Finally, another useful property of our approach is that the resulting archive is also in XML and hence can directly leverage existing XML tools

Positive Magneto-Resistance in Quasi-1D Conductors

We present here a simple qualitative model that interpolates between the high and low temperature properties of quasi-1D conductors. At high temperatures we argue that transport is governed by inelastic scattering whereas at low temperatures the conductance decays exponentially with the electron dephasing length. The crossover between these regimes occurs at the temperature at which the elastic and inelastic scattering times become equal. This model is shown to be in quantitative agreement with the organic conductor $TTT_2I_{3-\delta}$. Within this model, we also show that on the insulating side, the positive magnetoresistance of the form $(H/T)^2$ observed in $TTT_2I_{3-\delta}$ and other quasi-1D conductors can be explained by the role spin-flip scattering plays in the electron dephasing rate.Comment: 4 pages, Latex, no figure

Factorizations and Physical Representations

A Hilbert space in M dimensions is shown explicitly to accommodate representations that reflect the prime numbers decomposition of M. Representations that exhibit the factorization of M into two relatively prime numbers: the kq representation (J. Zak, Phys. Today, {\bf 23} (2), 51 (1970)), and related representations termed $q_{1}q_{2}$ representations (together with their conjugates) are analysed, as well as a representation that exhibits the complete factorization of M. In this latter representation each quantum number varies in a subspace that is associated with one of the prime numbers that make up M

PyCOOL - a Cosmological Object-Oriented Lattice code written in Python

There are a number of different phenomena in the early universe that have to be studied numerically with lattice simulations. This paper presents a graphics processing unit (GPU) accelerated Python program called PyCOOL that solves the evolution of scalar fields in a lattice with very precise symplectic integrators. The program has been written with the intention to hit a sweet spot of speed, accuracy and user friendliness. This has been achieved by using the Python language with the PyCUDA interface to make a program that is easy to adapt to different scalar field models. In this paper we derive the symplectic dynamics that govern the evolution of the system and then present the implementation of the program in Python and PyCUDA. The functionality of the program is tested in a chaotic inflation preheating model, a single field oscillon case and in a supersymmetric curvaton model which leads to Q-ball production. We have also compared the performance of a consumer graphics card to a professional Tesla compute card in these simulations. We find that the program is not only accurate but also very fast. To further increase the usefulness of the program we have equipped it with numerous post-processing functions that provide useful information about the cosmological model. These include various spectra and statistics of the fields. The program can be additionally used to calculate the generated curvature perturbation. The program is publicly available under GNU General Public License at https://github.com/jtksai/PyCOOL . Some additional information can be found from http://www.physics.utu.fi/tiedostot/theory/particlecosmology/pycool/ .Comment: 23 pages, 12 figures; some typos correcte