The Triangular Love of Main Characters in E. L. James' Fifty Shades Darker (2011)

This thesis focuses on love aspects shown in Fifty Shades Darker (2011) novel by E.L. James. Fifty Shades Darker novel describes the love relationship between the characters named Christian Grey and Anastasia Steele. The aim of this thesis is to prove the existence of love aspects in the novel by analyzing the intrinsic and extrinsic aspects. The writer uses library research to collect the data with the novel as the main data and several relevant books, journals, articles, also online documents and websites are used as the supporting data. The intrinsic aspects cover characters, setting, and conflicts. Meanwhile, in the extrinsic aspects, the writer elaborates Robert Sternberg's triangular theory of love. Based on Robert Sternberg's triangular theory of love, there are three components of love: intimacy, passion, and commitment. The result of this thesis proves that, according to Robert Sternberg's triangular theory of love, both characters in the novel, Christian Grey and Anastasia Steele, have experienced intimacy, passion, and commitment in their love relationship

Penggunaan Matrix Analytic Technique pada Perhitungan Parameter Kinerja Proses Handoff

This paper discusses performance evaluation of mobile cellular telecommunication system that is related to the handoff process. We focus our discussion to the system with fixed channel assignment and homogeneous traffic. Performance parameters we discuss in this paper are the blocking probability and the dropping probability of handoff signals, and the blocking probability of new originating call signals.The operator of the system usually gives a service priority to handoff signals compare to new originating call signals. In this paper, the priority is given through channels reservation. A number of channels are reserved so that they can be used only for serving handoff signals. The remaining channels are used for serving new originating call signals and if there is an idle channel, it also can be used for serving handoff signals. With this priority, the arrival process and the service process of both types of signals can be modelled as a queueing network that consists of two queueing systems: one system for handoff signals and one system for both signals.The performance of the queueing network is analyzed by deriving the a two-dimensional Markov process. The system of balance equations of the process, which is needed for obtaining the stationary probability distribution of the process, is a large system. We solve this system by applying Matrix Analytic Technique to the two sub-systems simultaneously. The performance parameter values, which are expressed by the stationary probability distribution, are obtained from the solution

POLIMORFISME TETUA DAN VERIFIKASI HASIL PERSILANGAN PADI (Oryza sativa L.) �CODE� DENGAN DUA GALUR ISOGENIK �IR 64� MENGGUNAKAN MIKROSATELIT

Marker-assisted selection (MAS) is more accurate technique than conventional selection because only individuals which have locus and gene target are selected. The objective of this research was to determine the distribution of parental polymorphism and position of donor segment on whole parental genome and also F1 verification associated with the quantiative trait loci (QTL) for total spikelet number on chromosome 4 (qTSN4), day to heading on chromosome 8 (qDTH8) and Xa7 on chromosome 6. This research was conducted at Indonesian Center for Agricultural Biotechnology and Genetic Resources Research and Development by February up to September 2013. Three rice genotypes �Code, IR64-NILs-qTSN4[YP9] and IR64-NILsqDTH8[ YP1] and also their recurrent parent 'IR 64' were analyzed for polimorphism using 412 microsatellite markers and 1 STS marker, M5. Two 'IR 64' near isogenic lines (IR64-NILs) used as parental for improving �Code� with higher yield, early maturity and also resistant to bacterial leaf blight. The results show low percentage of polymorphism on two combination parent due to three genotypes are used derived from 'IR 64'. Introgressed donor segment in �Code� speculate that carrying genes related spikelet number per panicle besides qTSN4 so that �Code� has spikelet number per panicle higher and significantly different than �IR 64� based on Dunnett test W=5%. F1 verification using microsatellite markers RM17483, RM5556, RM6838 and RM20582 represent F1 'Code' � IR64-NILs-qTSN4[YP9] with number of plant 61-73 and also F1 'Code' � IR64-NILs-qDTH8[YP1] with number of plant 86-100 can be used as backcross material with 'Code' to create BC1F1

Klasifikasi Jenis Buah Apel Menggunakan Metode Orde 1 dengan Algoritma Multi Support-Vector Machines

Apel merupakan jenis buah-buahan dimana memiliki beragam jenis warna pada kulitnya tersendiri, ada yang berwarna merah, hijau maupun warna kuning. Buah apel juga memiliki banyak jenis dan mudah ditemukan dalam negeri maupun di luar negeri. Setiap jenis buah apel memiliki ciri yang berbeda sehingga akan diperoleh pendapat yang berbeda oleh setiap individu yang menyebabkan tingkat akurasi yang berbeda. Teknologi klasifikasi saat ini dapat digunakan untuk membantu proses pemilahan tersebut. Penelitian ini menggunakan metode orde 1 dengan algoritma multi SVM yang bertujuan untuk pengenalan pola buah apel menggunakan analisis tekstur pada citra grayscale dan ekstraksi fitur warna pada citra warna. Hasil ekstrasi fitur akan menjadi input bagi multi SVM untuk mengklasifikasikan jenis apel. Data yang digunakan pada penelitian ini adalah dari 50 citra, yang terdiri dari 35 citra data latih dan 15 data uji. Hasil akurasi metode ini mencapai tingkat akurasi hanya sebesar 86%