Judul: Feeding Silage and Wafer Complete Ration to Physiological Status, and Restoration of Post-Transportation Sheep Performance
Abstrak: Pemulihan berat badan yang hilang setelah pengangkutan dapat dilakukan dengan pemberian ransum. Ransum yang diberikan harus berkualitas, serta memenuhi kebutuhan nutrien ternak domba agar pemulihan bobot badan yang susut setelah transportasi dapat segera kembali pada kondisi bobot semula. Penelitian ini bertujuan mengevaluasi pemberian silase dan wafer ransum komplit terhadap pertambahan bobot badan untuk pemulihan berat badan domba pasca transportasi. Penelitian ini menggunakan 12 ekor domba lokal jantan yang diangkut dari Garut ke Bogor. Menggunakan rancangan acak kelompok (RAK) dengan 3 perlakuan dan 4 ulangan. Perlakuan terdiri dari P0 (Hijauan 70% + Konsentrat Komersial 30%), P1 (Silage Ransum Komplit), P2 (Wafer Ransum Komplit). Ransum diberikan dalam jumlah bertahap berdasarkan bahan kering ransum dan air minum yang diberikan secara ad libitum. Pemberian silase ransum komplit mencapai pemulihan bobot badan domba pada minggu 3, dan pada pemberian wafer ransum komplit dicapai pada minggu 4., Recovery of lost weight after transportation can be done by giving rations. The rations given must be of good quality, and meet the nutritional needs of sheep so that the recovery of lost body weight after transportation can immediately return to its original weight condition. This study aimed to evaluate the complete ration of silage and wafers on body weight gain for post-transportation sheep weight recovery. This study used 12 male local sheep transported from Garut to Bogor. Using a randomized block design (RAK) with 3 treatments and 4 replications. The treatments consisted of P0 (70% Green + 30% Commercial Concentrate), P1 (Complete Silage Ration), P2 (Complete Wafer Ration). The rations are given in incremental amounts based on the dry matter of the ration and drinking water given ad libitum. Giving complete ration silage achieved the restoration of body weight of sheep at week 3, and in the provision of wafer complete ration was achieved at week 4.
Keyword: daun lamtoro, daun singkong, pemulihan, silase, wafer

Judul: Production Feed Complete Silage and Wafer Feed  Contain Lamtoro Leaves – Bean Sprout for Sheep Pasca Transportation
Abstrak: Penyusutan domba pasca transportasi akibat stres selama pengangkutan merupakan masalah yang sering terjadi pada peternakan. Oleh karena itu, diperlukan pakan yang berkualitas. Limbah pertanian berupa berpotensi menjadi pakan berkualitas baik dengan pengolahan silase dan wafer. Perlakuan pakan yang diberikan dalam penelitian ini adalah P0 (Pakan konvensional) 70% Hijauan + Konsentrat Komersil 30%, P1 = Pakan Silase Komplit, dan P2 = Pakan Wafer Komplit. Hasil yang diperoleh dari penelitian ini menunjukkan bahwa pemberian pakan komplit berupa pakan silase komplit dan pakan wafer komplit memberikan pengaruh yang berbeda nyata (P<0,05) dengan pakan kontrol terhadap bobot badan domba pasca transportasi. Disimpulkan bahwa pengolahan pakan dari daun lamtoro dan limbah tauge dapat membuat pertumbuhan bobot badan domba perlakuan silase komplit (P1) mencapai 182 g ekor-1 hari-1 dan domba perlakuan wafer komplit (P2) mencapai 150 g ekor-1 hari-1 .
Keyword: body weight, comsumption, sheep, stress, transportation

Judul: Pengembangan Model Codebook untuk Identifikasi Chord Gitar
Abstrak: Acoustic guitar can produce sound waves with different types of tones. High-low tone is determined by the fundamental frequency of the sound wave. Human sense of hearing can distinguish high-and low tones, but can not know for sure what kind of tone is heard by him. This study developed a guitar chord recognition system. This study uses MFCC as feature extraction methods and the codebook as pattern recognition method for identification of the guitar chord. Cluster technique used in this study is the K-means clustering. Data obtained from MFCC are clustered using the K-Means method, and the model for classification is constructed using the codebook method. The parameters used in MFCC is the number of cepstral coefficients, overlap, and the time frame, while an important parameter in the K-Means is the number of clusters. This study uses 8640 guitar chord sounds from 24 classes. Each of the data is made up of two chords which will be tested. Simulation results show that the maximum accuracy obtained is 98.89% obtained on 26 cepstral coefficients, overlap 0.4, time frame is 30 ms, on 100 clusters.
Keyword: chord, codebook, k-means, mel frequency cepstral coefficients (MFCC)