No description available.

"This project provides a blueprint that will allow Arrowhead Credit Union to clarify and confirm the new sales accountabilities associated with sales jobs within the organization, and to design and implement compensation plans that are successful and aligned with the company's objectives."

Based on research into the area of financial service delivery it has become obvious that convenience and simplicity are the keys to success in the future as far as delivering financial services to consumers. This thesis discusses how this convenience and simplicity will be accomplished. It also covers the changes that need to be made and the financial impact on the institutions.

The purpose of this project is to gain a better understanding of the different market opportunities available to credit unions. The project differentiates the markets by age: Net Generation 2 to 22, Generation X 23 to 34 and the Baby Boomers 35 to 53. Each of these groups are important to the ongoing health of credit unions.

Cyber-physical systems (CPS) connect the physical and digital domains and are often realized as spatially distributed. CPS is built on the Internet of Things (IoT) and Internet of Services, which use cloud architecture to link a swarm of devices over a decentralized network. Modern CPSs are undergoing a foundational shift as Industry 4.0 is continually expanding its boundaries of digitization. From automating the industrial manufacturing process to interconnecting sensor devices within buildings, Industry 4.0 is about developing solutions for the digitized industry. An extensive amount of engineering efforts are put to design dynamically scalable and robust automation solutions that have the capacity to integrate heterogeneous CPS. Such heterogeneous systems must be able to communicate and exchange information with each other in real-time even if they are based on different underlying technologies, protocols, or semantic definitions in the form of ontologies. This development is subject to interoperability challenges and knowledge gaps that are addressed by engineers and researchers, in particular, machine learning approaches are considered to automate costly engineering processes. For example, challenges related to predictive maintenance operations and automatic translation of messages transmitted between heterogeneous devices are investigated using supervised and unsupervised machine learning approaches. In this thesis, a machine learning-based collaboration and automation-oriented IIoT framework named Cloud-based Collaborative Learning (CCL) is developed. CCL is based on a service-oriented architecture (SOA) offering a scalable CPS framework that provides machine learning-as-a-Service (MLaaS). Furthermore, interoperability in the context of the IIoT is investigated. I consider the ontology of an IoT device to be its language, and the structure of that ontology to be its grammar. In particular, the use of aggregated language and structural encoders is investigated to improve the alignment of entities in heterogeneous ontologies. Existing techniques of entity alignment are based on different approaches to integrating structural information, which overlook the fact that even if a node pair has similar entity labels, they may not belong to the same ontological context, and vice versa. To address these challenges, a model based on a modification of the BERT_INT model on graph triples is developed. The developed model is an iterative model for alignment of heterogeneous IIoT ontologies enabling alignments within nodes as well as relations. When compared to the state-of-the-art BERT_INT, on DBPK15 language dataset the developed model exceeds the baseline model by (HR@1/10, MRR) of 2.1%. This motivated the development of a proof-of-concept for conducting an empirical investigation of the developed model for alignment between heterogeneous IIoT ontologies. For this purpose, a dataset was generated from smart building systems and SOSA and SSN ontologies graphs. Experiments and analysis including an ablation study on the proposed language and structural encoders demonstrate the effectiveness of the model. The suggested approach, on the other hand, highlights prospective future studies that may extend beyond the scope of a single thesis. For instance, to strengthen the ablation study, a generalized IIoT ontology that is designed for any type of IoT devices (beyond sensors), such as SAREF can be tested for ontology alignment. Next potential future work is to conduct a crowdsourcing process for generating a validation dataset for IIoT ontology alignment and annotations. Lastly, this work can be considered as a step towards enabling translation between heterogeneous IoT sensor devices, therefore, the proposed model can be extended to a translation module in which based on the ontology graphs of any device, the model can interpret the messages transmitted from that device. This idea is at an abstract level as of now and needs extensive efforts and empirical study for full maturity.

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Quelques sites archéologiques comme Olympie, Stymphalos et Olynthe possèdent respectivement un répertoire faisant l’étude des armes de jet retrouvées durant une série de campagnes de fouilles archéologiques. Parmi ces indexes, figurent fréquemment des pointes de flèche, des balles de fronde et des saurotères (contrepoids de lance ou de javelot) provenant de différentes périodes historiques gréco-romaines. À travers les 20e et 21e siècle de notre ère, des spécialistes comme D. Robinson (1931), A. Snodgrass (1964), H. Baitinger (2001), C. Hagerman (2014) dédièrent une partie de leur expertise pour produire des synthèses sur ces objets jadis négligés. Ainsi, ils parvinrent à créer de grandes encyclopédies commentées composées de projectiles retrouvés en sol grec. À l’aide de ces bases de données, les archéologues militaires sont en mesure d’établir des datations et l’origine prétendue de certains types de projectiles. Jusqu’en 2015, les artéfacts militaires trouvés sur le site archéologique d’Argilos n’avaient jamais fait l’objet d’une étude de synthèse. D’abord, inspiré par de publications semblables, ces projectiles furent soumis à un inventaire sous forme de catalogue. Au total, deux types de balles de fronde en plomb, onze types de pointes de flèche et un type de saurotère furent identifiés. Finalement, ce nouveau contenu fut assujetti à des analyses comparatives avec d’autres sites archéologiques possédant des données similaires. Les conclusions découlant de ces analogies donnèrent naissance à la première typologie des armes de jet argilienne. Certes, les analyses se heurtèrent à certains obstacles, notamment à une compréhension de la quasi-inexistence d'une pointe de flèche typiquement "grecque" et à la confusion systématique quant à la distinction entre un saurotère et une pointe de javelot, voire possiblement un carreau de gastraphétès (une sorte d’arbalète imposante utilisée lors de sièges durant le 4e siècle av. J.-C.). En partie, ceci découle de l'historique d'échanges entre la Grèce et les autres peuples méditerranéens, balkaniques et orientaux. En outre, de nombreuses réformes militaires des périodes archaïque et classique provoquèrent une évolution constante sur les aspects stratégiques et les tactiques militaires. Considérant ces facteurs parmi tant d'autres et le fait qu'Argilos ait été une fondation grecque en territoire thraco-macédonien, la possibilité d'influence "étrangère" devient alors prépondérante sur la typologie des projectiles argiliens publiée dans le présent mémoire. Avec beaucoup d’espoir, nous croyons sans équivoque que ce travail de recherche contribuera grandement non seulement à l’histoire d’Argilos, mais aussi à l’étude des projectiles en Grèce du nord. / Archaeological sites such as Olympia, Stymphalos and Olynthus have complete catalogs that studied projectile-style weaponry found in a series of archaeological excavations. These so-called directories frequently include arrowheads, lead sling bullets and sauroters (spear or javelin counter-weights) from different Greco-Roman periods. Through the 20th and 21th centuries AD, specialists such as D. Robinson (1931), A. Snodgrass (1964), H. Baitinger (2001) and Haggerman (2014) dedicated some of their expertise to produce synthesises of these formerly ignored objects. Thus, they created some of the biggest commented encyclopaedias composed solely of projectiles found on Greek soil. Until 2015, all the weaponry found on the archaeological site of Argilos had never been the subject of a synthesis study. Firstly, inspired by similar studies, the projectiles were inventoried in a catalog format. In total, two types of lead sling bullets, eleven arrowhead types and one sauroter type were identified. Lastly, this new content was subjected to comparative analyses with sites containing similar data. The resulting conclusions from these analyses gave birth to the first Argilian weapon typology. Needless to say, the analyses ran into obstacles. In particular, the comprehension that there is almost no existence of a typical Greek arrowhead type and the systematic confusion when one has to distinguish a sauroter, a javelin head, and possibly a gastrasphetes bolt (a heavy large-sized crossbow used during sieges in the 4th century BC). In part, this stems from the historical exchanges between Greece and other Mediterranean, Balkan and oriental civilizations. Furthermore, many of the archaic and classical military reforms brought about a constant evolution on strategic and tactical matters. Considering these factors, among others, and the fact that Argilos was a Greek colony within a Thraco-macedonian territory, the possibility of foreign influence becomes predominant on the typology published in this present thesis. With much hope, we believe without a doubt that this work of research will contribute not only to the history of Argilos but also to the study of military projectiles in Northern Greece.

This thesis covers the background and history of cultural attitudes towards body art, scarification and tattoos, the history of street gangs and their influence and impact on Southern California communities, and an in-depth program analysis of the "Gang Tattoo Removal Program" established at the Arrowhead Regional Medical Center (ARMC).

This paper is to evaluate the sales program at Arrowhead Credit Union, and make recommendations for enhancing and improving it. This paper provide guidance and direction to assist the Arrowhead Credit Unions transition to a sales focused organization.

This project reviews Arrowhead Credit Union's Information Security Program structure and contents.