Judul: Anatomi Otot Daerah Bahu dan Lengan Atas Badak Sumatera (Dicerorhinus sumatrensis)
Abstrak: The study was aimed to observe the muscle anatomy of the shoulder and upper arm region of the Sumatran rhino, including their origins and insertions in order to describe the functions of the muscles and compare with other animals. This study was used one samples of Sumatran rhino preserved in 10% formaline. The muscles were observed macroscopically after the skin was incised and opened. The origins and insertions of the muscles were determined by dissecting the fascia and the muscles. The name of muscles based on Nomina Anatomica Veterinaria (ICVGAN 2005) and results were documented by photograph. The muscles found in shoulder and upper arm region were the trapezius, brachiocephalicus, latissimus dorsi, serratus ventralis, supraspinatus, infraspinatus, teres minor, subscapularis, rhomboideus, superficial pectoral, deep pectoral, teres major, deltoideus, triceps brachii, tensor fascia antebrachii, coracobrachialis, biceps brachii, and brachialis. The results showed that generally the Sumatran rhino’s muscles were quite similar to that of a pig, horse, and babirusa. However, there were differences in muscle structure especially in the rhomboideus, serratus ventralis, superficial pectoral, deep pectoral, deltoideus, infraspinatus, and biceps brachii muscles. The differences were related to the adaptation of Sumatran rhino’s large body and their behavior.
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Judul: Anatomi Otot-Otot Tubuh Badak Sumatra (Dicerorhinus sumatrensis)
Abstrak: The study was aimed to observe the characteristic of sumatran rhino body muscles and compared with domestic animals which has similarity on anatomy, phylogenetic, and behaviour. One cadaver of Sumatran rhino named Torgamba donated from Sumatran Rhino Sanctuary (SRS) Way Kambas that had been preserved in 10% formaline fixation was used in the study. The muscles were observed macroscopically after the skin was cut and opened. The origin and muscle insertions were determined after dissecting the fascia and muscle. The muscles were identified and named based on literature and Nomina Anatomica Veterinaria 2012, and documented with a camera. The muscles found in neck, thorax, and abdomen were the splenius, semispinalis capitis, obliquus capitis cranialis et caudalis, longissimus capitis et atlantis, longus colli, serratus dorsalis cranialis et caudalis, iliocostalis thoracis, longissimus dorsi, spinalis et semispinalis, levatores costarum, multifidi, intercostales externi et interni, scaleni, transversus thoracis, obliquus externus abdominis, obliquus internus abdominis, transversus abdominis, rectus abdominis, iliopsoas, and psoas minor. The result showed that the Sumatran rhinos body muscle are generally resemble to the body muscle of pig and horse. However, there were differences in muscle structure especially of the serratus dorsalis cranialis et caudalis, intercostales externi, rectus abdominis, and obliquus capitis cranialis. The differences were presumed to be related to the adaptation of body size, habitat, and their behavior.
Keyword: Sumatran rhino, cadaver, body muscle, Bogor Agricultural University (IPB)

Judul: Peningkatan Kualitas Layanan VoIP pada Jaringan MPLS Melalui Pengaturan Prioritas
Abstrak: Multi Protocol Label Switch (MPLS) is a method of sending data packets through a network by Label Switching concept. This concept is implemented by adding an independent and unique label in a row of data packet (a packet of Internet Protocol). The function of this label is to graft and to search for a path in the network. Applications that passed through the MPLS network are vary including VoIP, email, ping, internet browsing, etc. With the existence of this labeling function, MPLS can give priority to scale applications to pass through. This research aims to improve the performance of MPLS networks using priority settings on VoIP services. The results obtained when the VoIP service priority settings applied to the MPLS network is that it decreases the ping delay value of 44.75%. And also, the quality of service becomes more stable due to impairment of the jitter standard deviation of 73.44%.
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