Adenanthera pavonina

Adenanthera pavonina is a perennial and non-climbing species of leguminous tree. Its uses include food and drink, traditional medicine, and timber.

Common names and synonyms

Adenanthera pavonina is commonly called Red Lucky Seed. Other common names for the tree include Acacia Coral, Arbre À Église, Bead Tree, Circassian Seed, Corail Végétale, Coral Wood, Coralitos, Curly Bean, Deleite, Delicia, Dilmawi, Graine-réglisse, Jumbi-Bead, L'Église, Peronías, Peonía, Peonía Extranjera, Red Bead Tree, Red Sandalwood, Red Sandalwood Tree, and Réglisse. Barbados pride, Peacock flower fence, Sandalwood tree, Saga, and Manchadi are additional common names. Synonyms for the tree include Adenanthera gersenii Scheff., Adenanthera polita Miq., and Corallaria parvifolia Rumph. In Kerala where Adenanthera pavonina trees are abundant, the seeds are called Manjadi (മഞ്ചാടി).

Distribution

The tree is common within the tropics of the old world. It has also been introduced in the following countries of the Americas: Brazil, especially in Caatinga vegetation; Costa Rica, Honduras, Cuba, Jamaica, Puerto Rico, Trinidad, Tobago, Venezuela, and the United States, especially in southern Florida.

Saga (event)

Saga is an annual musical festival organized by Royal College Colombo. The first SAGA was held in 2004 and since then has become an important event on Colombo's cultural calendar. It is named after the ancient Greek epic poems the Odyssey and the Iliad attributed to Homer. In the aspect of oriental music the term referred to the oriental version of sing musical scales as ‘Sa’ refers to the oriental equivalent of the 1st degree- “Do” while “Ga” refers to the equivalent of the 3rd degree, or “Me”

History

For many years before Saga, an annual concert performed by the by Royal College Hostel named Miyasi Meerawaya. Miyasi Meerawaya was limited to hostelers, however Upali Gunasekara, the newly appointed Principal of Royal College Colombo wished to broaden the scope for every one to perform. As a result Saga I was organized in 2004 with the leadership of Principal Upali Gunasekara and Music Teacher Ashoka Pushpakumara. The project was joined by the School Development Society of the College which was in the process of developing a fundraising event to help development projects within the school. With it the two projects merged becoming one of the largest national events. Over the years dance and drama were added to the event.

Saga, Saga

Saga (佐賀市, Saga-shi) is the capital city of Saga Prefecture, located on the island of Kyushu, Japan.

Saga was the capital of Saga Domain in the Edo period, and largest city of former Hizen Province.

As of February 1, 2009, the city has an estimated population of 238,934 and a population density of 554 persons per km². The total area is 431.42 km².

On October 1, 2005, Saga absorbed the towns of Fuji, Morodomi and Yamato (all from Saga District) and the village of Mitsuse (from Kanzaki District) to create the new and expanded city of Saga. With this creation, the city now neighbors the city of Fukuoka (in Fukuoka Prefecture).

On October 1, 2007 the towns of Higashiyoka, Kawasoe, and Kubota (all from Saga District) were also incorporated into Saga, further expanding its borders.

Although Saga is the capital of Saga Prefecture, it can also be said to be within the Greater Fukuoka metropolitan area, and by extension, Fukuoka-Kitakyushu Metropolitan Area.

History

Municipal timeline

Steamroller

A steamroller (or steam roller) is a form of road roller – a type of heavy construction machinery used for levelling surfaces, such as roads or airfields – that is powered by a steam engine. The levelling/flattening action is achieved through a combination of the size and weight of the vehicle and the rolls: the smooth wheels and the large cylinder or drum fitted in place of treaded road wheels.

The majority of steam rollers are outwardly similar to traction engines as many traction engine manufacturers later produced rollers based on their existing designs, and the patents owned by certain roller manufacturers tended to influence the general arrangements used by others. The key difference between the two vehicles is that on a roller the main roll replaces the front wheels and axle that would be fitted to a traction engine.

In many parts of the world, the term steam roller is still used regardless of the method of propulsion. This typically only applies to the largest examples (used for road-making).

List of Beavis and Butt-head episodes

The following is an episode list for the MTV animated television series Beavis and Butt-Head. The series has its roots in 1992 when Mike Judge created two animated shorts, "Frog Baseball" and "Peace, Love and Understanding", which were later aired on Liquid Television of the Mike Judge Collection DVDs (see related page for a detailed listing).

Series overview

Episodes

Shorts (1992)

Both shorts originally aired as part of Liquid Television and did not include music videos.

Season 1 (1993)

Mike Judge himself is highly critical of the animation and quality of these episodes, in particular the first two – "Blood Drive"/"Give Blood" and "Door to Door" – which he described as "awful, I don't know why anybody liked it... I was burying my head in the sand."

Season 2 (1993)

Season 3 (1993-94)

Season 4 (1994)

Season 5 (1994–95)

Season 6 (1995–96)

Season 7 (1997)

Starting this season, the show switched to a 7-minute short act, with most of the shorts running approximately 5 minutes with one music video at the end.

Steamroller (microarchitecture)

AMD Steamroller Family 15h is a microarchitecture developed by AMD, which succeeded Piledriver in the beginning of 2014 as the third-generation Bulldozer-based microarchitecture. Steamroller APUs continue to use two-core modules as their predecessors, while aiming at achieving greater levels of parallelism.

Microarchitecture

Steamroller still features two-core modules found in Bulldozer and Piledriver designs called clustered multi-thread (CMT), meaning that one module is equal to a dual-core processor. The focus of Steamroller is for greater parallelism. Improvements center on independent instruction decoders for each core within a module, 25% more of the maximum width dispatches per thread, better instruction schedulers, improved perceptron branch predictor, larger and smarter caches, up to 30% fewer instruction cache misses, branch misprediction rate reduced by 20%, dynamically resizable L2 cache, micro-operations queue, more internal register resources and improved memory controller.