Southeast Asia in the Ancient Indian Ocean World; Combining Historical Linguistic and Archaeological Approaches

This PhD dissertation examines the role of insular Southeast Asia in the trans-regional networks of maritime trade that shaped the history of Indian Ocean. The work brings together data and approaches from archaeology, historical linguistics and other disciplines, proposing a reconstruction of cultural and linguistic contact between Southeast Asia and its maritime neighbours to the west in order to advance our historical understanding of this part of the world. Numerous biological, commercial and technical items are examined. The study underlines that the analysis of lexical data is one of the strongest tools to detect and analyse contact between two or more speech communities. It demonstrates how Southeast Asian products and concepts were mainly dispersed by speakers of Malay varieties, although other communities played a role as well. Through an interdisciplinary approach, the study offers new perspectives on the role of insular Southeast Asian agents on cultural dynamism and interethnic contact in the pre-modern Indian Ocean World

Some Introductory Notes on the Development and Characteristics of Sabah Malay

This is a preliminary description of the Malay variety used as a lingua franca in the Malaysian state of Sabah at the northernmost top of Borneo. The paper discusses a number of common linguistic features that distinguish Sabah Malay from other Malay varieties and analyses these features from a historical linguistic perspective. While it is argued that Sabah Malay has a close historical relation with other Malay dialects spoken in Borneo, especially Brunei Malay, the vernacular is also influenced phonologically and lexically by Sabah's indigenous and immigrant speech communities. Words and sentences recorded or elicited during fieldwork in various parts of Sabah illustrate these points

Tracing the Linguistic Crossroads Between Malay and Tamil

Speakers of Malay and Tamil have been in intermittent contact for roughly two millennia, yet extant academic work on the resultant processes of contact, lexical borrowing, and language mixing at the interface of these two speech communities has only exposed the tip of the proverbial iceberg. This paper presents an historical overview of language contact between Malay and Tamil through time and across the Bay of Bengal. It concludes with a call for future studies on the lexicology, dialectology, and use of colloquial language of both Malay and Tamil varieties

Urban Dynamics an Impression of Surabaya's Sociolinguistic Setting

This paper examines the sociolinguistic situation in the city of Surabaya, bypresenting an impression of various phenomena unique to Indonesia's secondlargest city. A surprisingly little amount of linguistic research has heretofore beencarried out on this subject, whereas it transpires from this study that enoughintriguing and unique things can be found in this Southeast Asian metropolis,both among its Javanese majority as well as its Madurese and Chinese inhabitants.Due to the lack of earlier relevant publications, this research is largely based onthe results of several fieldwork trips, which included the pleasant activities ofwatching television, interviewing people and making excursions in and aroundSurabaya to experience how languages are used in daily life. Additionally,concepts such as “language mixing”, “slang” and “attitudes towards language”are involved and considered very significant in disentangling the role andfunction of language in an urban setting

A simple method for simulating gasdynamic systems

A simple method for performing digital simulation of gasdynamic systems is presented. The approach is somewhat intuitive, and requires some knowledge of the physics of the problem as well as an understanding of the finite difference theory. The method is explicitly shown in appendix A which is taken from the book by P.J. Roache, 'Computational Fluid Dynamics,' Hermosa Publishers, 1982. The resulting method is relatively fast while it sacrifices some accuracy

Temperature control in continuous furnace by structural diagram method

The fundamentals of the structural diagram method for distributed parameter systems (DPSs) are presented and reviewed. An example is given to illustrate the application of this method for control design

A hierarchy for modeling high speed propulsion systems

General research efforts on reduced order propulsion models for control systems design are overviewed. Methods for modeling high speed propulsion systems are discussed including internal flow propulsion systems that do not contain rotating machinery, such as inlets, ramjets, and scramjets. The discussion is separated into four areas: (1) computational fluid dynamics models for the entire nonlinear system or high order nonlinear models; (2) high order linearized models derived from fundamental physics; (3) low order linear models obtained from the other high order models; and (4) low order nonlinear models (order here refers to the number of dynamic states). Included in the discussion are any special considerations based on the relevant control system designs. The methods discussed are for the quasi-one-dimensional Euler equations of gasdynamic flow. The essential nonlinear features represented are large amplitude nonlinear waves, including moving normal shocks, hammershocks, simple subsonic combustion via heat addition, temperature dependent gases, detonations, and thermal choking. The report also contains a comprehensive list of papers and theses generated by this grant