Miracle-dz/UniFAR-FTUs huggingface dataset:
J an 2 02 0 CLASSIFICATION OF NETWORKS WITH ASYMMETRIC INPUTS

Coupled cell systems associated with a coupled cell network are determined by (smooth) vector fields that are consistent with the network structure. Here, we follow the formalisms of Stewart, Golubitsky and Pivato (Symmetry groupoids and patterns of synchrony in coupled cell networks, SIAM J. Appl. Dyn. Syst. 2 (4) (2003) 609–646), Golubistky, Stewart and Török (Patterns of synchrony in coupled cell networks with multiple arrows, SIAM J. Appl. Dynam. Sys. 4 (1) (2005) 78–100) and Field (Combinatorial dynamics, Dynamical Systems 19 (2004) (3) 217–243). It is known that two non-isomorphic n-cell coupled networks can determine the same sets of vector fields – these networks are said to be ODE-equivalent. The set of all n-cell coupled networks is so partitioned into classes of ODE-equivalent networks. With no further restrictions, the number of ODE-classes is not finite and each class has an infinite number of networks. Inside each ODE-class we can find a finite subclass of networks that minimize the number of edges in the class, called minimal networks. In this paper, we consider coupled cell networks with asymmetric inputs. That is, if k is the number of distinct edges types, these networks have the property that every cell receives k inputs, one of each type. Fixing the number n of cells, we prove that: the number of ODE-classes is finite; restricting to a maximum of n(n−1) inputs, we can cover all the ODE-classes; all minimal n-cell networks with n(n−1) asymmetric inputs are ODE-equivalent. We also give a simple criterion to test if a network is minimal and we conjecture lower estimates for the number of distinct ODE-classes of n-cell networks with any number k of asymmetric inputs. Moreover, we present a full list of representatives of the ODE-classes of networks with three cells and two asymmetric inputs. Date: January 3, 2020. 2010 Mathematics Subject Classification. Primary: 34C20, 05C90, 05C30; Secondary: 15A36.
Malicious Digital Penetration of United States Weaponized Military Unmanned Aerial Vehicle Systems: A National Security Perspective Concerning the Complexity of Military UAVs and Hacking

OF THE THESIS Malicious Digital Penetration of United States Weaponized Military Unmanned Aerial Vehicles Systems: A National Security Perspective Concerning the Complexity of Military UAVs and Hacking A MASTER THESIS Submitted to the faculty of LaSalle University by Edwin S. Bell In Partial Fulfillment of the Requirement for the Degree of Master of Science May 2019 LaSalle University Philadelphia, Pennsylvania Professor Steven Hilkowitz, Thesis Professor Abstract The United States’ (US) military unmanned aerial vehicle (UAV) has seen increased usage under the post 9/11 military engagements in the Middle East, Afghanistan, and within AmericanThe United States’ (US) military unmanned aerial vehicle (UAV) has seen increased usage under the post 9/11 military engagements in the Middle East, Afghanistan, and within American borders. However, the very digital networks controlling these aircrafts are now enduring malicious intrusions (hacking) by America’s enemies.
A Deep Dive into the Land Development Dynamics of a Complex Landscape

A Deep Dive into the Land Development Dynamics in a Complex Landscape Pariya Pourmohammadi Land development is a complex and dynamic process simultaneously interacting with numerous environmental, cultural and economic procedures. In this research we studied past, present and future of land transformation in Appalachia. This dissertation is organized in three-essay format and each essay is focused on one aspect of land development processes in a sub-region in the Appalachian region. In the first essay, deep learning techniques are used to build predictive models for the land development. This study presets deconvolutional neural networks models in predicting land development. On the second essay, spatial data analysis and remote sensing are used to investigate the history of land development in WV from 1985 to 2015. Global and local coefficient analysis is conducted to analyze the variables impacting the land development. Through this analysis we discussed the role of energy development in the land development of WV. The results of this paper show that land transformation in the study area is highly dynamic and fragmented. Changing patterns of energy extraction impacts the patterns of land development in this region. These dynamic patterns not only influence the social life of communities but also the ecosystem services supply-demand patterns. In the third essay, we mapped and monitored the non-monetary budget of land transformation through the essence of Ecosystem Services (ES). Our analysis provides information for urban and regional planners, environmental scientist and developers towards making efficient and sustainable decisions. Findings of this research facilitate communities with a resourceful roadmap toward higher quality of life and indicators.
Strategic Orientation and Organizational Ambidexterity Practices of Mobile Communication Firms in Port Harcourt

The purpose of the study was to investigate the relationship between strategic orientation and organizational ambidexterity practices of mobile communication firms in Port Harcourt. One research question was asked deemed very important and one hypothesis was also tested. A sample size of 112 was used from a population of 162 employees which consisted of 4 top level managers, 37 middle level managers and 121 supervisors in the regional offices of four mobile communication firms in Port Harcourt. A cross-sectional survey technique was adopted, questionnaire distributed and data generated were analyzed using Pearson Product Moment Correlation Coefficient. Result revealed that strategic orientation has significant relationship with organisational ambidexterity. It was therefore recommended that strategic orientation of the firms should be predicted on the dynamics of market competitiveness and the environment to effectively influence organizational ambidexterity.
Tuberculosis the Ancient Disease Needs Intervention of Modern Tools

'If the importance of a disease for mankind is measured by the number of fatalities it causes, then tuberculosis must be considered much more important than those most feared infectious diseases, plague, cholera and the like. One in seven of all human beings dies from tuberculosis. If one only considers the productive middle-age groups, tuberculosis carries away one-third, and often more. ' - Robert Koch, 24 March 1882
Modified Displacement Ventilation of Rooms with Chilled Ceilings and Ceiling Mounted Devices

Energy efficient and comfortable cooling systems have recently gained considerable attention in removal of heat loads from large office spaces and industrial buildings. Here in this paper, somewhat similar heat load removal analysis is made for rooms with not so large dimensions. A transient heat transfer problem involving conduction and mixed turbulent convection is studied with solving the 3-D unsteady full Navier-Stokes equations numerically. The ceiling of the room is chilled and the supply velocity is kept in moderate values to provide low turbulence intensities. In order to enhance the circulation in the room under low supply velocities, a thin, high aspect ratio and highly cambered wing like structure is mounted to the ceiling. This makes the flow field very complex to handle, therefore CFD is resorted as a tool for the flow analysis for various parametric studies. Relative humidity is also modeled here to predict the effects of the ventilation on the comfort in the room. Key-Words: Displacement Ventilation, CFD, Relative Humidity, Chilled Ceiling
The nutrient value of banana peel fermented by tape yeast as poultry feedstuff

This study aims to evaluate the effect of different tape yeast levels as inoculum in the banana peels fermentation process to the nutritional content. This study used an experimental method with a Completely Randomized Design (CRD) in one way ANOVA with 4 treatments and 4 replications. Treatments based on differences in the addition of tape yeast, all treatments were incubated for 6 days. The four treatments are (P0) Banana peel without the addition of yeast tape; (P1) Banana peel with the addition of yeast tape 1.5%; (P2) Banana peel with the addition of 3.0% yeast tape; (P3) Banana peel with the addition of 4.5% yeast tape. The measured variables were dry matter, crude protein, crude fat, crude fiber, calcium, and phosphorus content. Data were analyzed by analysis of variance and followed by Duncan's multiple range test to measure any significances. The results showed that the level of yeast tape significantly increased crude protein, crude fat, calcium and phosphorus (P<0.05), and significantly reduced crude fiber of banana peel (P<0.05. However the level of yeast tape has no significant effect on the dry matter content of banana peels. Conclusion tape yeast level of 4.5% can increase levels of crude protein, crude fat, calcium and banana skin phosphorus. The highest reduction in crude fiber in the use of yeast tape 3%
New conformable fractional ELZAKI transformation: Theory and applications

In this paper, we have introduced new 1 – D and 2 – D conformable fractional Elzaki transformation with the properties and its applications to new fractional derivative with Non – Singular Kernel and conformable differential equation has been solved and results were compared. Also new generalized fractional Elzaki – Tarig Transformation has been defined with existence of inverse and convolution property being proved.
Modeling of Short P-Channel Symmetric Double-Gate MOSFET for Low Power Circuit Simulation

In the present era, down scaling of complementary metal-oxide-semiconductor (CMOS) technology has lead the metal-oxide-semiconductor field-effect-transistor's (MOSFET) sizes to nanometer regime which in turn experiencing difficulties due to the effect of physical and technological perspective. Double-gate (DG) MOSFET is considered as a promising device to reduce the shortcoming and shrink down towards nanometer domain. This paper proposes electrostatic potential distribution and drain current models for the lightly doped symmetrical p-channel DG MOSFET. The analytic solution of potential distribution is derived by solving the 2D Poisson's equation incorporated with hole density through the superposition method. The drain current model has been explored by incorporating physical effects like threshold-voltage roll-off, channel length modulation and surface roughness scattering. Functionality of the models has been calculated in MATLAB and the obtained results are verified and compared with state of the art literature.
The role of higher education in preparing youth to manage a sustainable future workplace

Aim: This paper aims to highlight the different forms, levels and pathways of engagement with climate change and sustainability of young people living in different contexts of vulnerability and adaptability. It explores different perspectives and viewpoints of youth regarding complex and uncertain issues related to climate change and sustainability as well as their future role on the workplace. Research Methods: The critical interpretivist study was conducted in the Netherlands and South Africa, and participants were undergraduate and postgraduate university students from diverse sociodemographic and academic backgrounds in the two countries. The study applied various methods of data collection including focus groups, interviews, policy document reviews as well as participantobservation at several youth and environmental events and forums. Conclusions/Findings: Key findings highlight the importance of building resilience and empowering academic and civic platforms that enhance young people’s competences to manage sustainabilityoriented lifestyles and workplaces through critical, creative, and collaborative processes.
Active and intelligent packaging systems-Application in seafood

Seafood’s being rich in easily digestible protein and polyunsaturated fatty acids are also highly perishable. Conventional method of packaging has limited functionality and are not interactive. Latest trend in packaging of food is the Smart packaging technology which improves the safety and shelf life of perishable commodities. Smart packaging involves a combination of specialized materials, science and technology to provide additional advantages over their traditional counterparts. Smart Packaging enhances packaging functionality through two methods: Active Packaging and Intelligent Packaging. Active Packaging enhances functionality, while Intelligent Packaging can communicate the packaged content’s status, or communicate other messaging. The present article discusses the applications of smart packaging for seafood.
The financial sustainability challenges facing the South African non-profit sector

Non-profit organisations (NPOs) operating in South Africa are financially weak and the sustainability of their organisations is often at risk. Post-2008, large numbers have ceased to operate, in part, because of the weak state of the South African economy. This study sought to determine the financial conditions NPOs operate under, to establish why they are so vulnerable and present recommendations as to how they can become more financially resilient. In-depth interviews with 10 senior managers in the sector, representing organisations working in education, health and social welfare, were conducted. The results indicate that the legislative environment-governing NPOs are restrictive and may be inhibiting their ability to raise funds. The results of the interviews showed that the NPOs under study rely heavily on a few large donors; placing them at great risk, should they lose this revenue stream. Donor dependence is such that some even tailor their mandates to suit donors, whilst others dedicate a significant proportion of their resources to fundraising. Consequently, donor relations management and finding new or additional donors preoccupy the minds of NPO leadership. This is notably different to NPOs in the Global North where many have embraced social enterprise and commercialisation.
Analysis of Indonesia Politics Polarization before 2019 President Election Using Sentiment Analysis and Social Network Analysis

The development of the Internet in Indonesia is quite rapid, it is marked by the increasing use of social networks, especially Twitter. Not only to share status or stories, Twitter has become become a means of promotion and campaign for elections. The Twitter data can be used to find out the political polarization in Indonesia that is needed in the 2019 presidential election. The method used in this research is sentiment analysis using naïve bayes classifier and social network analysis using the calculation of network attribute values and centrality values. 8.814 Twitter data was collected using data crawling method. The data are divided into three subsets consisting of jokowi’s sentiments, prabowo’s sentiments, and pilpres’s sentiments. Final result of the sentiment analysis is classified sentiments into positives, negatives, and neutral. The average value of the classification results was 91.27% positive sentiment, 7.56% negatives sentiment, and 1.17% neutral sentiment. This classification yielded the average accuracy of 69.2% for jokowi’s sentiments and 100% for prabowo sentiments. The classification accuracy calculation uses ROCs method. Final results of the social network analysis based on the calculation of network attributes yielded 277 nodes, 7.950 edges, 57,401 average degree, 56.44 average weighted degree, network diameter is 4, 1.853 average path length, 0.201 density, and 5 of number communities. Centrality values generates the 5 most influential actors in social network interactions are jokowi’s of first rank, 2 SBYudhoyono’s, 3 detikcom, 4 yjuniardi, 5 mohmahfudmd.
Chapter 9 Balint fully formatted 21.02.2017

The present study was to further the understanding of the conceptual relationship between narrative absorption, that is the intense engagement with a story world, and felt suspense, that is the anticipation of a narrative outcome event. To this end, a media comparative online experiment was conducted with a 2 (Media format: film vs. literature) × 2 (Suspense structure: diegetic vs. non-diegetic delay) × 2 (Stories) between subject design. Results revealed a complex relationship among felt suspense, attention, emotional engagement, and transportation, showing the high importance of attention in felt suspense, and the moderating effect of media format and gender. Findings indicate that non-diegetic suspense delay unlike diegetic suspense decreases felt suspense and narrative absorption independently of media format.
Actions of Hospice Nurses to Alleviate Guilt in Family Caregivers During Residential Care Transitions

Transitioning elderly family members enrolled in hospice care to and between home, assisted-living facilities, and nursing home facilities at the end-of-life may induce a reciprocal type of suffering for both the elderly dying persons and their families. Glaserian grounded theory was used to examine how hospice nurses experienced and perceived caring for patients and their family caregivers during care transitions. A sample of 16 participants included 13 hospice nurses, 1 hospice social worker, 1 skilled nursing facility social worker, and 1 assisted-living facility nurse. In addition, 4 nurses received follow-up interviews, and 2 theoretical interviews were conducted after the model was developed and totaled 22 interviews. Findings described the actions of the nurses utilizing the situation-specific model of the basic social psychological process that families experience as a scaffold. Results revealed the specific therapeutic actions of the hospice nurses as actions of hospice nurses to alleviate guilt in family caregivers: supporting the transition. Actions in alleviating guilt included advocating, navigating the complexities of both facility systems and families, and especially coaching during the dying process. The results have educational implications for hospice nurses and interdisciplinary teams supporting family caregivers through these difficult transitions.
Comparison of Test-retest Measurement Reliability of Iliopsoas Strength between
 Break and Make Test in Subjects with Lumbar Extension Syndrome

The iliopsoas muscle is very important in the stabilization of hip joint structure.1 The iliopsoas muscle was in function as a hip flexor and as a dynamic stabilizer of hip joint during walking2 and active leg raising.3 In addition, the iliopsoas muscle can contribute to maintaining the continuous axis of femur head in hip joint during hip extension and external rotation.1,2 The insufficient muscle strength of the iliopsoas muscle can result in the frequent and excessive compensations of femur head during hip extension and external rotation in supine and standing position causing the femur anterior gliding syndrome.4 Therefore, the precise measurement of iliopsoas muscle strength is one of the primary important methods in hip joint rehabilitation.1 A tight iliopsoas muscle and rectus femoris muscle can cause the influence on low back pain (LBP) and result in alterations in the movements strategy.4 Among the five Comparison of Test-retest Measurement Reliability of Iliopsoas Strength between Break and Make Test in Subjects with Lumbar Extension Syndrome
Tales of Talent: Rapid Learning of Acoustic Instrument Recognition

Also in the 21 century, the role of innate talents in music remains a matter of fundamental debate. Within the framework of the “rapid learning paradigm”, the aim of this study was to find out whether it is possible to simply and quickly teach non-musicians musical skills in the perceptual realm, specifically the recognition of instruments’ timbres. Within a week, 34 subjects had three feedback-driven computer-based training sessions, where they were asked to discriminate between 10 brass and woodwind instruments. In the preand a post-test, subjects had to recognize the main instrument from an orchestral piece. Results shown that non-musicians did not fully reach expert level (benchmarked by brass or woodwind instrument students) after this short period, but performed well at par with semi-experts (piano students). Our findings demonstrate that acoustic instrument recognition is well-trainable “for (almost) everybody” using the simplest of means, and does not seem to depend on rare individual
Evaluating and Comparing the Performance of Using Multiple Controllers in Software Defined Networks

In Software Defined Networks (SDN) the control plane is removed to a separate device called the controller. The controller is the most important and main part in SDN architecture and large SDN networks may consist of multiple controllers or controller domains that distribute the network management between them. Because of the controller importance, it has been given a proper attention and many studies have been made to compare, test, and evaluate the performance of the controllers. This paper aims to evaluate and compare the performance of different SDN controllers which are Open Network Operating System (ONOS), OpenDaylight, POX and Ryu, using Two performance tests; the first test includes connecting two controllers of each of the four controllers to linear topology with different number of switches; and the other test includes connecting different number of controllers of each of the four controllers to linear topology with fixed number of switches. Then for these tests, the performance in terms of some Quality of Service (QoS) parameters such as average Round-Trip Time (RTT), throughput, and jitter are measured between the two end hosts in each network. After the evaluation of the performance has been completed, it had been seen that the controllers showed different behaviors, and that POX controller showed more stable and good performance results than other controllers.