Shear Wave Splitting Analysis Beneath Sumatra For-Arc Inferred from Broadband Seismic Network Station

The observation of broadband network seismic had been deployed in Sumatra For-Arc. The waveform data for this study were recorded from January 2014 – December 2016. The earthquake event data were selected with the epicenter of around 950 – 1800 in distance and Magnitude with more than 7 Mw. In this case, we use shear wave splitting to determine an anisotropic structure in Sumatra For-arc. Seismic Anisotropy can perform as a tool to classify and observe anisotropic structures of subsurface deformation processes beneath Sumatra For-Arc. The valid outcomes, in this case, have been gained that they only correspond to the upper layer, which has the delay time duration of 0.5 – 0.8 s is the anisotropic layer located in the Mentawai Island. The fast an anisotropic polarization direction found in Sumatra For-arc are parted into NE-SW direction found on the upper layer.

IMPLEMENTATION OF THE NETWORK STATION SYSTEM ON TVRI BALI

The democratization of broadcasting in Indonesia is manifested in the implementation of the Network Station System (Sistem Stasiun Jaringan / SSJ) by striving for diversity of ownership and broadcast content in broadcasting institutions. SSJ is also an effort to decentralize broadcasting so that people in the regions get information related to their own regions through subsidiary networks or local broadcasting institutions. TVRI is the only public broadcasting institution that has network subsidiaries throughout Indonesia. This research uses a case study approach, an approach to intensively examine a case with a focus on TVRI Bali. Data collection used interview and observation methods. Data analysis using the Interactive Analysis approach. The results showed that TVRI Bali has not been able to fully implement SSJ. TVRI Bali can only meet the provisions of local broadcast content with a percentage of up to 20%, but has not been able to fulfill the spirit of diversity of ownership according to the basic concept of SSJ. In addition, the principle of diversity of ownership has not been fulfilled due to inconsistencies between the Broadcasting Law and Government Regulation Number 13/2005 and Ministerial Regulation 43/2009 which specifically regulates private television broadcasting institutions.

Regional Legislative Access in Optimizing The Presentation of Local Content in Broadcasting Institutions

Local contents in broadcasting institutions, both of local broadcasting stations (SPL) and network station systems (SSJ), still face a problem. An effort to encourage the existence of local content in broadcasting institutions can be done by regional legislative institution (DPRD). The implementation of regional legislative function in encouraging optimization of local content existence in broadcasting institutions is the main focus of this study. This study uses a qualitative descriptive method with an empirical juridical approach with study documentation subject of regional legislative functions in encouraging the existence of local content. The results of study show that optimizing the function of regional legislative is significant in encouraging local content existence since they have access to KPID (The Regional Indonesian Broadcasting Commission) and Local Public Broadcasting Institution (LPPL). At least, there are implementation model of DPRD functions in encouraging the optimization of local content actualization in Broadcasting Institutions, namely: Accessibility Model through KPID and LPPL & LPS Broadcast Network Models

Yasmine : A new tool for stationXML

<p>In 1987 The International Federation of Digital Seismograph Networks (FDSN) was formed and the SEED (Standard for the Exchange of Earthquake Data) format was adopted as its standard for digital seismic data exchange.  In addition, since at least 1991, it has been common practice to generate dataless SEED volumes, containing only station metadata, for distribution.  The success of the SEED format as a global standard can be judged from the high level of data exchange in the  seismological community.</p><p>A few years ago FDSN working group II was tasked with updating the representation of seismic metadata.  The result, stationXML, is defined in a modern XML schema and extends the SEED representation of metadata.  Today, most of the worldwide seismic datacenters, including the entire EIDA framework, are already distributing metadata in stationXML format, or will do so soon.</p><p>While some client-side software (e.g., ObsPy) exists for reading stationXML, there are relatively few standalone and dedicated solutions available for metadata producers to generate and edit stationXML.  Here we describe a tool for the creation and management of stationXML, initially developed by IRIS and ISTI. Currently, RESIF has undertaken, along with ISTI, to continue the development of an improved version of the tool which has been named “yasmine” (Yet Another Station Metadata INformation Editor).</p><p>This software, with a web-based GUI, offers the user the ability to create and edit native stationXML metadata complying with the latest FDSN approved standard (currently v 1.1). It offers the ability to create channel responses from scratch using templates in both the IRIS Nominal Response Library (NRL) and a new Atomic Response Objects Library (AROL). The NRL/AROL wizard in yasmine allows the user to browse these generic libraries and select the sensor and datalogger at the site and returns the full (combined) response.  The tool uses ObsPy Inventory python objects (Station, Channel, Response, etc) in the backend, and maintains collections of these for editing and assembly in a persistent, user-defined database.  Existing stationXML may be imported, saved into network, station, channel and response templates and stored in user-defined libraries for future use.  Channel responses may be readily plotted in the tool for confirmation.</p><p>While the web-based GUI permits both local standalone and server deployments, a full set of command line options will allow users to create their own batch scripts to drive yasmine’s stationXML editing capabilities including stationXML file splitting/merging, batch modification of objects, insertion of objects at various levels, and more.</p><p>The software will be released under the GNU GPL v3 licence and the code will be made available from IRIS github repositories.</p>

Analysis of Political Broadcasting and Application Of P3SPS Broadcasting In Local Television and Network Station Systems an Makassar City

In mass communication, one of the most influential media in forming public opinion is television. This study aims to determine and analyze: the form of political broadcasts on local television and network station systems in Makassar City; and the application of P3SPS in political broadcasts on local television and network systems in Makassar City. The assessment approach uses media studies, research studies focus more on the phenomenon of online media with a focus on the application of values and ethics of journalists, also related to the process of making news, disseminating news and performance, access to news and practice in dismissing hoax news. Informants involved in this study, such as: Television Media workers in Makassar City; Experts or Media Practitioners in Makassar City; and government authorities such as the KPID of Makassar City. The form of political broadcasts on local television and the network station system in Makassar City consists of three, namely political news, political dialogue and political advertising. The application of P3SPS in political broadcasts on local television and network systems in Makassar City is carried out according to procedure. During the open campaign process in broadcasting, there were violations that were violated by broadcasters.

AEROSOL CLASSIFICATION FOR COMODORO RIVADAVIA AERONET STATIONDURING 2015

The city of Comodoro Rivadavia, in the province of Chubut, is located on the shores of the Argentinean Sea, in the central zone of the San Jorge Basin. Its climate is arid with little rainfall. In this work, the aerosol optical data of the aerosols of the AERONET/NASA network station that is installed in the monitoring station (45,792o S; 67,463o W) of the General Enrique Mosconi International Airport are analyzed statistically and correlated the wind direction resultsthat affect the city by 2015. It is mostly affected by winds from the West quadrant from the mountain range, and windsfrom the East quadrant from the sea. These two wind directions cause transport of two types of aerosols: marine and dust. To exemplify the characteristics of the aerosols mobilized by these two wind directions, the measurements of the solar photometer are studied for January 21th and 22th, 2015. The optical characteristics of the suspended aerosols in the atmosphere are determined for those days.