Choosing a graduate advisor is one of the most important decisions for graduate students. Students should consider an advisor's availability, track record of graduating students, funding availability, reputation in their field, and whether they will be a good fit. An ideal advisor meets regularly with students, has experience successfully advising students through to completion of their degrees, can provide financial support, is well-respected in their area of research, and accepts the student. Considering these factors will help students select an advisor well-equipped to advise them successfully through their graduate studies.
This document provides a guide for graduate students and advisors on how to succeed in graduate school. It discusses important issues for graduate students to be successful, including getting the most out of the process and common problems faced. It also discusses what advisors should do to help their students succeed. The guide provides tips for various stages of graduate school, from deciding to attend and choosing an advisor, to doing research and working on a thesis. It aims to make the graduate school process less stressful by providing information and raising awareness of expectations for both students and advisors.
This document outlines a career plan and mentor agreement for postdoctoral scholars. It includes sections for developing individual career goals, research and teaching plans, commitments from postdocs and mentors, and annual reviews. The purpose is to facilitate career planning and ensure mutual understanding of responsibilities. Postdocs are encouraged to customize the document to their specific goals and mentorship situation.
For ph d fellows prof jalota, iit kanpurAmit K. Das
Doing a PhD focuses on developing research skills and abilities rather than just acquiring knowledge. The main goal is to become a competent researcher who can independently conduct research in their chosen field. Key abilities developed through PhD coursework and research include breadth of knowledge in the discipline, expertise in a focused area, identifying research problems, conducting research, and communicating results. These skills are largely self-taught through commitment to research rather than directly taught. Developing these abilities through independent thesis research is the primary aim of PhD programs.
Wilmington University's dissertation guide for doctoral candidates talks about degree candidacy, planning for dissertation, student responsibility, dissertation outline, dissertation publishing, and additional steps toward achieving a Doctorate in Business Administration (DBA).
Your complete guide to applying for a masters degreeDoha Yacout
This guide provides information to help students decide whether to pursue a master's degree, including the main benefits, options for full-time vs. part-time vs. online study, tips for applying, and options for financing a master's degree through scholarships, loans, employer contributions and more. It covers everything from researching programs and identifying career goals to completing applications, preparing for interviews, and receiving offers.
Finding Fit - A Strategic Approach to Applying to Graduate Psychology Program...spagball
Why Go To Graduate School? Matching Career Goals to Training. Think Beyond Getting Accepted. Getting In, Getting Through, Getting Out - Eastern Psychological Association, March 2,2019
Learn what data the American Psychological Association (APA) has on graduate programs in psychology, and how to use the APA’s Graduate Study Online to answer your questions and more as you search for the best psychology graduate program to fit your needs.
FPABE Knowledge Circle-Why Does Research Matter-O'Neill-09-16-finalBarbara O'Neill
This document discusses the importance of research and outlines 4 key research tasks: observing and recording data, analyzing findings, disseminating results, and informing practice. It notes that research provides evidence for life-saving therapies, relationships between variables, and best practices. Without research, important knowledge gaps would not be addressed, mistakes would be repeated, and claims would lack evidence. The document encourages collaborations between researchers and practitioners to make research more applicable and improve knowledge translation.
This document provides a guide for graduate students and advisors on how to succeed in graduate school. It discusses important issues for graduate students to be successful, including getting the most out of the process and common problems faced. It also discusses what advisors should do to help their students succeed. The guide provides tips for various stages of graduate school, from deciding to attend and choosing an advisor, to doing research and working on a thesis. It aims to make the graduate school process less stressful by providing information and raising awareness of expectations for both students and advisors.
This document outlines a career plan and mentor agreement for postdoctoral scholars. It includes sections for developing individual career goals, research and teaching plans, commitments from postdocs and mentors, and annual reviews. The purpose is to facilitate career planning and ensure mutual understanding of responsibilities. Postdocs are encouraged to customize the document to their specific goals and mentorship situation.
For ph d fellows prof jalota, iit kanpurAmit K. Das
Doing a PhD focuses on developing research skills and abilities rather than just acquiring knowledge. The main goal is to become a competent researcher who can independently conduct research in their chosen field. Key abilities developed through PhD coursework and research include breadth of knowledge in the discipline, expertise in a focused area, identifying research problems, conducting research, and communicating results. These skills are largely self-taught through commitment to research rather than directly taught. Developing these abilities through independent thesis research is the primary aim of PhD programs.
Wilmington University's dissertation guide for doctoral candidates talks about degree candidacy, planning for dissertation, student responsibility, dissertation outline, dissertation publishing, and additional steps toward achieving a Doctorate in Business Administration (DBA).
Your complete guide to applying for a masters degreeDoha Yacout
This guide provides information to help students decide whether to pursue a master's degree, including the main benefits, options for full-time vs. part-time vs. online study, tips for applying, and options for financing a master's degree through scholarships, loans, employer contributions and more. It covers everything from researching programs and identifying career goals to completing applications, preparing for interviews, and receiving offers.
Finding Fit - A Strategic Approach to Applying to Graduate Psychology Program...spagball
Why Go To Graduate School? Matching Career Goals to Training. Think Beyond Getting Accepted. Getting In, Getting Through, Getting Out - Eastern Psychological Association, March 2,2019
Learn what data the American Psychological Association (APA) has on graduate programs in psychology, and how to use the APA’s Graduate Study Online to answer your questions and more as you search for the best psychology graduate program to fit your needs.
FPABE Knowledge Circle-Why Does Research Matter-O'Neill-09-16-finalBarbara O'Neill
This document discusses the importance of research and outlines 4 key research tasks: observing and recording data, analyzing findings, disseminating results, and informing practice. It notes that research provides evidence for life-saving therapies, relationships between variables, and best practices. Without research, important knowledge gaps would not be addressed, mistakes would be repeated, and claims would lack evidence. The document encourages collaborations between researchers and practitioners to make research more applicable and improve knowledge translation.
This document presents a statistical path loss model for medical implant communication channels developed using an immersive 3D visualization environment. The environment allows simulation of radio frequency propagation from implantable antennas inside a virtual human body model. Simulations were performed for various near-surface and deep-tissue implant locations. A statistical path loss model was extracted from the simulation results to help optimize transceiver design for medical implants.
This document proposes new statistical path loss models for air-to-ground radio channels in urban environments. It derives models based on ray-tracing simulations of radio propagation between airborne platforms and ground terminals in a 3D model of Bristol, UK. The models represent path loss and shadowing as a function of elevation angle rather than distance. Results show air-to-ground channels have advantages over peer-to-peer channels in urban areas, with line-of-sight probability decreasing less sharply with distance. Path loss is modeled separately for line-of-sight, obstructed line-of-sight, and non-line-of-sight conditions using equations involving elevation angle and frequency. Shadowing is found to follow a zero
This thesis describes the development of path loss prediction models for smooth and convex terrain surfaces in Malaysia. Field measurements were taken at various sites to measure received signal strength over different terrains. Existing path loss models like free space, plane earth, and others were compared to measured data but found to be inaccurate. Therefore, improved models were developed for smooth terrain and single/double convex surfaces. A software program called UPMPL was created to calculate path loss using the new models. It provides a tool for predicting radio signal characteristics in various terrains in Malaysia.
This document provides information on securing wireless networks both at home and in public places. It discusses threats like piggybacking, wardriving, and unauthorized access that can occur if a wireless network is not properly secured. The document then gives steps to secure a home wireless network, such as encrypting the network traffic, changing default passwords, and keeping the wireless access point software updated. It also provides tips for safely using public wireless networks, like only connecting to trusted networks, using a VPN if possible, and disabling file sharing.
This document presents a statistical path loss model for radio frequency (RF) propagation from medical implants inside the human body. The authors used an immersive 3D visualization environment to simulate RF propagation from implant antennas in various locations within a 3D human body model. From the simulation data, they extracted statistical path loss models describing the relationship between received signal power and distance for deep tissue and near-surface implant scenarios. The models characterize implant-to-implant and implant-to-body surface propagation and can help optimize transceiver design for medical implant communication systems.
This document outlines different models for wireless signal propagation and path loss. It discusses free space path loss models, ray tracing models, a two path model, and empirical path loss models. The free space model shows path loss proportional to the square of the distance. Ray tracing models incorporate reflections, scattering, and diffraction based on environment details. Empirical models are based on extensive measurements but do not generalize well. Simplified path loss models capture the main characteristics of ray tracing with distance exponents typically between 2-8.
1. The host will automatically generate a link-local address starting with fe80::.
2. It will perform duplicate address detection to ensure the address is unique on the local link.
3. If the address is unique, it is assigned to the interface.
4. The host will send a router solicitation to discover network prefixes advertised by routers.
5. Upon receiving a router advertisement with network prefixes, the host will autoconfigure an IPv6 address by combining the prefix with its interface ID.
Ieee 802.20 working group on mobile broadband wireless accessNguyen Minh Thu
This document discusses inconsistencies in the path loss models recommended for evaluating mobile broadband wireless access (MBWA) proposals for the IEEE 802.20 working group. It proposes additions to clarify the frequency dependence of the path loss models for different environments (macrocell suburban/urban, microcell LOS/NLOS, indoor). Models are provided for path loss as a function of carrier frequency and distance. It recommends adopting the proposed path loss formulations and accounting for carrier frequency and bandwidth when evaluating proposals using different channel models.
The document summarizes a study that measured path loss at four carrier frequencies between 460-5100 MHz in both urban and suburban environments. The results showed that there is a frequency dependency beyond the free-space 20log10(f) relationship, with excess path loss being clearly larger at higher frequencies in non-line of sight conditions. Specifically, in urban areas the frequency dependency was approximately 23log10(f), while in suburban and semi-open areas it was approximately 33log10(f). To further examine inconsistencies in previous literature, the authors conducted measurements using vertical dipole antennas to minimize differences in antenna patterns across frequencies.
Researching Graduate School: The BasicsEmily Batlan
Developed in 2012 from a variety of resources specifically for University of Washington Undergraduate Evening Degree Completion Program students who are in the initial stage of the graduate program search process. Document was used in subsequent workshop Researching Graduate Schools: The Basics workshop specifically for UW Evening Degree students.
Ultimate Guide For Choosing the Best PhD for You.pdfTheAdmitLab
Tailored to Your Individual Journey: Whether you're stepping out of your undergraduate shoes or transitioning from a professional field, this Ebook speaks to your unique situation. It's packed with personalized insights to help you identify a PhD program that echoes your academic voice and bolsters your professional trajectory.
This document provides a guide for graduate students and advisors on how to succeed in graduate school. It discusses important issues for graduate students to be successful, including getting the most out of the process and common problems faced. It also discusses what advisors should do to help their students succeed. The guide provides tips for various stages of graduate school, from deciding to attend and choosing an advisor, to doing research and working on a thesis. It aims to help make the graduate school process less stressful by providing information to both students and advisors.
Dr. Deo Chimba, Interim Department Chair and Associate Professor at Tennessee State University, presents on "Graduate School Student Experiences". For more information, please visit https://matc.unl.edu.
Doing a PhD after your first degree will take you several years, however, the extra education and qualification could make a huge difference to your career. Find out how and why here ...
Qualifications needed for a lectureship include a good bachelor's degree, possibly a master's degree, and nearly always a PhD in the relevant field. Teaching experience is also important, such as teaching seminars or tutorials during your PhD program. Research experience primarily comes from completing your PhD thesis, but also presenting research at conferences and publishing papers after graduating. Finding a permanent position after finishing your PhD can be difficult, as many academics take temporary jobs while continuing research and publishing. Networking is important for learning about job openings, which are also advertised on websites like Jobs.ac.uk.
The document summarizes key aspects of graduate school experiences, including:
1) The mentality of graduate studies is more focused and specialized than undergraduate studies, with students expected to work more independently.
2) Master's programs typically take 1-2 years and involve coursework and a thesis, while PhD programs take 3-6 years and involve more research and comprehensive exams.
3) Challenges in graduate school include managing academic rigor, time, research difficulties, and maintaining relationships with faculty advisors.
This document outlines the experiences of graduate students, including:
- Graduate coursework is more specialized than undergraduate and focuses on a specific field of study. Students work closely with faculty advisors and research teams.
- Master's programs typically take 1-2 years and focus on coursework and a thesis. PhD programs take 3-6 years and emphasize original research culminating in a dissertation.
- Challenges for graduate students include managing time, balancing coursework and research, intellectual demands, emotional stresses, and developing research skills and interpersonal relationships.
- Graduate students' progress is guided by an advisor and committee who provide direction and evaluate performance. Maintaining a good relationship with the advisor is important.
This document provides information about postgraduate study options, costs, and funding sources at the University of Salford. It describes the different types of postgraduate qualifications including taught courses (certificates, diplomas, masters degrees) and research degrees (MPhil, PhD, professional doctorates). It discusses factors to consider in deciding whether to pursue postgraduate study and choosing a course, such as career goals, costs, and specializations. It also outlines tuition fees for home/EU, international, full-time, and part-time students. Sources of funding are explained, including scholarships, loans, and external funding bodies.
This document presents a statistical path loss model for medical implant communication channels developed using an immersive 3D visualization environment. The environment allows simulation of radio frequency propagation from implantable antennas inside a virtual human body model. Simulations were performed for various near-surface and deep-tissue implant locations. A statistical path loss model was extracted from the simulation results to help optimize transceiver design for medical implants.
This document proposes new statistical path loss models for air-to-ground radio channels in urban environments. It derives models based on ray-tracing simulations of radio propagation between airborne platforms and ground terminals in a 3D model of Bristol, UK. The models represent path loss and shadowing as a function of elevation angle rather than distance. Results show air-to-ground channels have advantages over peer-to-peer channels in urban areas, with line-of-sight probability decreasing less sharply with distance. Path loss is modeled separately for line-of-sight, obstructed line-of-sight, and non-line-of-sight conditions using equations involving elevation angle and frequency. Shadowing is found to follow a zero
This thesis describes the development of path loss prediction models for smooth and convex terrain surfaces in Malaysia. Field measurements were taken at various sites to measure received signal strength over different terrains. Existing path loss models like free space, plane earth, and others were compared to measured data but found to be inaccurate. Therefore, improved models were developed for smooth terrain and single/double convex surfaces. A software program called UPMPL was created to calculate path loss using the new models. It provides a tool for predicting radio signal characteristics in various terrains in Malaysia.
This document provides information on securing wireless networks both at home and in public places. It discusses threats like piggybacking, wardriving, and unauthorized access that can occur if a wireless network is not properly secured. The document then gives steps to secure a home wireless network, such as encrypting the network traffic, changing default passwords, and keeping the wireless access point software updated. It also provides tips for safely using public wireless networks, like only connecting to trusted networks, using a VPN if possible, and disabling file sharing.
This document presents a statistical path loss model for radio frequency (RF) propagation from medical implants inside the human body. The authors used an immersive 3D visualization environment to simulate RF propagation from implant antennas in various locations within a 3D human body model. From the simulation data, they extracted statistical path loss models describing the relationship between received signal power and distance for deep tissue and near-surface implant scenarios. The models characterize implant-to-implant and implant-to-body surface propagation and can help optimize transceiver design for medical implant communication systems.
This document outlines different models for wireless signal propagation and path loss. It discusses free space path loss models, ray tracing models, a two path model, and empirical path loss models. The free space model shows path loss proportional to the square of the distance. Ray tracing models incorporate reflections, scattering, and diffraction based on environment details. Empirical models are based on extensive measurements but do not generalize well. Simplified path loss models capture the main characteristics of ray tracing with distance exponents typically between 2-8.
1. The host will automatically generate a link-local address starting with fe80::.
2. It will perform duplicate address detection to ensure the address is unique on the local link.
3. If the address is unique, it is assigned to the interface.
4. The host will send a router solicitation to discover network prefixes advertised by routers.
5. Upon receiving a router advertisement with network prefixes, the host will autoconfigure an IPv6 address by combining the prefix with its interface ID.
Ieee 802.20 working group on mobile broadband wireless accessNguyen Minh Thu
This document discusses inconsistencies in the path loss models recommended for evaluating mobile broadband wireless access (MBWA) proposals for the IEEE 802.20 working group. It proposes additions to clarify the frequency dependence of the path loss models for different environments (macrocell suburban/urban, microcell LOS/NLOS, indoor). Models are provided for path loss as a function of carrier frequency and distance. It recommends adopting the proposed path loss formulations and accounting for carrier frequency and bandwidth when evaluating proposals using different channel models.
The document summarizes a study that measured path loss at four carrier frequencies between 460-5100 MHz in both urban and suburban environments. The results showed that there is a frequency dependency beyond the free-space 20log10(f) relationship, with excess path loss being clearly larger at higher frequencies in non-line of sight conditions. Specifically, in urban areas the frequency dependency was approximately 23log10(f), while in suburban and semi-open areas it was approximately 33log10(f). To further examine inconsistencies in previous literature, the authors conducted measurements using vertical dipole antennas to minimize differences in antenna patterns across frequencies.
Researching Graduate School: The BasicsEmily Batlan
Developed in 2012 from a variety of resources specifically for University of Washington Undergraduate Evening Degree Completion Program students who are in the initial stage of the graduate program search process. Document was used in subsequent workshop Researching Graduate Schools: The Basics workshop specifically for UW Evening Degree students.
Ultimate Guide For Choosing the Best PhD for You.pdfTheAdmitLab
Tailored to Your Individual Journey: Whether you're stepping out of your undergraduate shoes or transitioning from a professional field, this Ebook speaks to your unique situation. It's packed with personalized insights to help you identify a PhD program that echoes your academic voice and bolsters your professional trajectory.
This document provides a guide for graduate students and advisors on how to succeed in graduate school. It discusses important issues for graduate students to be successful, including getting the most out of the process and common problems faced. It also discusses what advisors should do to help their students succeed. The guide provides tips for various stages of graduate school, from deciding to attend and choosing an advisor, to doing research and working on a thesis. It aims to help make the graduate school process less stressful by providing information to both students and advisors.
Dr. Deo Chimba, Interim Department Chair and Associate Professor at Tennessee State University, presents on "Graduate School Student Experiences". For more information, please visit https://matc.unl.edu.
Doing a PhD after your first degree will take you several years, however, the extra education and qualification could make a huge difference to your career. Find out how and why here ...
Qualifications needed for a lectureship include a good bachelor's degree, possibly a master's degree, and nearly always a PhD in the relevant field. Teaching experience is also important, such as teaching seminars or tutorials during your PhD program. Research experience primarily comes from completing your PhD thesis, but also presenting research at conferences and publishing papers after graduating. Finding a permanent position after finishing your PhD can be difficult, as many academics take temporary jobs while continuing research and publishing. Networking is important for learning about job openings, which are also advertised on websites like Jobs.ac.uk.
The document summarizes key aspects of graduate school experiences, including:
1) The mentality of graduate studies is more focused and specialized than undergraduate studies, with students expected to work more independently.
2) Master's programs typically take 1-2 years and involve coursework and a thesis, while PhD programs take 3-6 years and involve more research and comprehensive exams.
3) Challenges in graduate school include managing academic rigor, time, research difficulties, and maintaining relationships with faculty advisors.
This document outlines the experiences of graduate students, including:
- Graduate coursework is more specialized than undergraduate and focuses on a specific field of study. Students work closely with faculty advisors and research teams.
- Master's programs typically take 1-2 years and focus on coursework and a thesis. PhD programs take 3-6 years and emphasize original research culminating in a dissertation.
- Challenges for graduate students include managing time, balancing coursework and research, intellectual demands, emotional stresses, and developing research skills and interpersonal relationships.
- Graduate students' progress is guided by an advisor and committee who provide direction and evaluate performance. Maintaining a good relationship with the advisor is important.
This document provides information about postgraduate study options, costs, and funding sources at the University of Salford. It describes the different types of postgraduate qualifications including taught courses (certificates, diplomas, masters degrees) and research degrees (MPhil, PhD, professional doctorates). It discusses factors to consider in deciding whether to pursue postgraduate study and choosing a course, such as career goals, costs, and specializations. It also outlines tuition fees for home/EU, international, full-time, and part-time students. Sources of funding are explained, including scholarships, loans, and external funding bodies.
Dr. Deo Chimba, a Professor of Civil and Environmental Engineering at Tennessee State University gave a presentation on the experience of graduate school students. He covers graduate versus undergraduate, Masters versus PhD, and what challenges a student may come across.
This document provides a summary of roles and responsibilities for parties involved in graduate supervision at Queen's University, including supervisors, students, supervisory committees, departments, and the School of Graduate Studies. It outlines expectations for choosing a supervisor, communicating expectations, conducting ethical research, evaluating progress, and resolving conflicts. The goal is to promote excellence in graduate education through clear guidelines and open communication between all individuals.
What Confusions Occur to Start PhD Scholar? - PhdassistancePhD Assistance
You’re undoubtedly getting advice from hundreds of students, professors, administrators, your parents, and the Internet if you’re intending to apply for a PhD programme. It might be difficult to decide which advise to pay attention to and what will make the most difference in the long run.
There will almost probably be some problems that you will have to overcome during the course of at least three years. Common issues faced by PhD students are listed below.
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This document discusses the experiences of graduate students. It begins by outlining the learning objectives and outcomes, which include understanding the differences between graduate and undergraduate studies, as well as the challenges of graduate school. It then covers several key topics in more depth, such as the differing mentalities of graduate versus undergraduate coursework, how to work towards a master's or PhD degree, common challenges students may face, the importance of networking, and determining faculty expectations. Overall, the document provides an overview of important considerations for students pursuing graduate degrees.
This document discusses various career possibilities for postgraduate studies. It begins by explaining that taking time off before graduate studies can allow one to gain experience and maturity. There are multiple options for postgraduate experiences depending on one's circumstances, including public service, research, and industry opportunities. The document then outlines different types of postgraduate studies like honours, coursework, masters, and PhD programs. It provides details on the structure and requirements for each program. Finally, it describes several specific opportunities for postgraduate research and work in fields like public service, sciences, humanities, social sciences, and industry.
- Developed syllabus and lesson plans for weekly 2-hour tutorials
- Led discussions on assigned readings and provided feedback on student papers
- Graded assignments and exams
Harvard University Cambridge, MA
Research Assistant to Professor X. Xxxxx Sept 2011 - May 2012
- Conducted archival research and interviews on the history of science and technology policy in Japan
- Analyzed data and assisted with writing and editing of scholarly publications
- Presented research findings at national conferences
University of California-Berkeley Berkeley, CA
Teaching Assistant: Cultural Anthropology Jan 2010 - May 2010
- Held weekly discussion sections and office hours for 80 undergraduate students
- Graded assignments, papers, and exams
RE
The document provides advice for students considering or beginning graduate school. It discusses deciding whether to attend graduate school and factors to consider such as motivation. It also covers applying to schools and tips for selecting a school and advisor. The document is intended to help students navigate the graduate school process and address questions they may have.
A Comprehensive Guide To Fellowship ApplicationsAllison Thompson
This document provides a guide for fellowship applications. It discusses different types of fellowships and their benefits. It emphasizes starting the application process early, finding the right opportunity, and preparing a compelling narrative focused on the applicant's person, proposed project, and place of work. The guide highlights key elements of successful fellowship proposals and common strengths and weaknesses. It aims to help researchers identify suitable fellowship opportunities and write strong applications.
Can placements be combined with action research?Simon Haslett
Author: Thoby Miller, Glyndŵr University
Presented at the Research - Teaching in Wales 2011 Conference, 13th -14th September, Gregynog Hall, Newtown (Powys)
Running head EDUCATION SKILLSEDUCATION SKILLS 9.docxsusanschei
Running head: EDUCATION SKILLS
EDUCATION SKILLS 9
Name
Institution
Professor
Course
Date
Knowledge and abilities developed from my undergraduate study:
Introduction:
As a student, I have learnt that bachelor degree is a compact program that can offer knowledge from different directions and dimensions to look deeper into specific issue, to narrow down to the bottom to look for best solution (Langlois, al.2016). Therefore as I conclude my undergraduate education, pressing needs for greater understanding on the goals and purposes of higher education include the following:
Good citizen committed to ethics and values; the main purpose of undergraduate or Bachelor degree education is about discipline specific knowledge or applied skills and developing generic skills (Mihăilă-Lică, 2015).
Provide context in which ideas can be most productively developed; important ideas rarely come fully developed from the brain of a single individual
Breaks down intellectual barriers between general ideas; accidental collisions of ideas are necessary for the continued productivity of faculty, and has suggested that the presence of students provides a “lubrication” to break down ideas between faculties (Hussain, Ahmed & Si, 2010).
Prepares one’s competencies; Get the desired outcome; for at least a professional level work, and also “to get a decent job, or to get a scholarship for master degree, or earn knowledge, or to get skills to do business, or to be a civilized person.”
Emphasizing the limits and modesty of problem solving; it is supposed to allow students to grow as people, develop time organization skills, to experiment and test themselves.
Accrediting someone more eligible and marketable to a much range of lucrative career option; Undergraduate education focuses on broadening student horizons; emphasizing the limits and modesty of problem solving, look at the world as a challenge not as a problem.
Mastering the disciplines of my career; if some people do not want to do the masters they can stop at the pre-master's level. That is the under-graduate level. Such a person is believed to have attained a reasonable level of understanding her/his field of study.
License for practical professional life; Apart from employment, a graduate degree makes a person to think, know others and the world and take right decision in work and life.
Developed communication skills and acquire some forms of interpersonal skills; For example, I may not remember every term of business theory that I have learnt in my first semester of Bachelor degree, but I know where to find every information I need.
Generic education into specific education in a certain specialization; Specialization in a certain field does not guarantee the conversion of a person into a civilized one but it may just increase the skills in a particular field (Cegielski & Jones-Farmer, 2016).
Skills to do business; the mind of research develops skilled ideas in business and hence pushes me to th ...
The document provides an overview of UMTS (Universal Mobile Telecommunications System), the 3G mobile communication standard. It discusses trends driving the need for UMTS, including increasing data usage, integration of technologies, and limitations of 2G systems. The document also outlines key demands on UMTS, the standardization process, and the staged development of UMTS from GSM networks to the new UMTS network architecture using W-CDMA and other CDMA technologies over dedicated frequency bands.
Propagation measurements and models for wireless channelsNguyen Minh Thu
This document discusses wireless propagation measurements and channel models. It begins by describing the importance of understanding propagation for wireless communication systems and outlines different modeling approaches. It then discusses key propagation parameters like path loss, multipath delay spread, and measurements used to characterize wireless channels. Specific propagation mechanisms like reflection, diffraction and scattering are also covered. The document concludes by examining outdoor and indoor propagation environments and considerations for modeling different scenarios.
This paper presents a new empirical path loss model for wireless communication at 2.4 GHz above simulated human tissue. The model is valid for dipole antennas placed up to 5 cm above flat phantom tissue simulating muscle or brain, and for distances up to 40 cm. Simulation and measurement results showed excellent agreement. The study found that antenna height has a major influence on path loss, with path loss dropping quickly as height decreases. Models were developed to estimate path loss as a function of antenna height and distance for both muscle and brain tissue.
This summary provides an overview of the key points from the document:
1) The document presents the use of General Regression Neural Networks (GRNN) to predict propagation path loss in an urban environment based on measurements taken in Kavala, Greece.
2) Two neural network models are studied - one for path loss prediction and another using error control. Their performance is compared to measured path loss values based on error metrics.
3) For line-of-sight predictions, the GRNN model achieves better performance than empirical models due to using multiple input parameters and generalization. For non-line-of-sight, a third GRNN model including street orientation has the lowest error rates.
This document summarizes wireless communication path loss models. It describes the basic propagation mechanisms of reflection, diffraction, and scattering that impact signal transmission. Free space loss is defined, showing the relationship between received and transmitted power over distance. Ground reflection and the two-path model are explained, including the impact of distance on received power. General ray tracing and simplified path loss models are introduced. Finally, log-normal shadowing is summarized as modeling additional loss through a Gaussian random variable.
Path loss models comparation in radio mobile communicationsNguyen Minh Thu
The document compares different path loss models used in radio mobile communications. It discusses statistical models like the Okumura-Hata model which is based on empirical data from Tokyo and considers factors like frequency, base station height, mobile height, and distance. It also examines physical models like Walfish-Ikegami/COST-231 which take into account free space loss, diffraction loss, and loss from rooftops. While physical models can achieve more accuracy by applying electromagnetic laws, statistical models are easier to use without needing geographic data but have limited validity ranges.
Path loss modeling of mobile radio communication in urban areasNguyen Minh Thu
This document presents a numerical path loss model for mobile radio communication in urban areas using the Uniform Theory of Diffraction (UTD). The model considers various propagation paths around buildings and compares computed results at 2.154GHz and 835MHz to existing models, finding excellent agreement. Computed losses are shown to decrease with lower frequency and increase with distance from the base station, while changing in complex ways with mobile position due to multipath effects. The model provides a simple and reliable way to predict path losses in both line-of-sight and non-line-of-sight environments.
Path loss model frin indoor wireless communicationNguyen Minh Thu
The document discusses the benefits of exercise for mental health. Regular physical activity can help reduce anxiety and depression and improve mood and cognitive functioning. Exercise boosts blood flow and levels of neurotransmitters and endorphins which elevate and stabilize mood.
The document describes three distributed algorithms for estimating the path loss exponent (PLE) in large wireless networks. The first algorithm uses the mean interference value and assumes knowledge of the network density. The second and third algorithms are based on outage probabilities and connectivity properties, respectively, and do not require knowledge of density or fading parameters. Simulation results demonstrate the performance of the algorithms and quantify the estimation error. The algorithms take into account interference, noise, and fading effects in wireless networks.
This presentation includes basic of PCOS their pathology and treatment and also Ayurveda correlation of PCOS and Ayurvedic line of treatment mentioned in classics.
ISO/IEC 27001, ISO/IEC 42001, and GDPR: Best Practices for Implementation and...PECB
Denis is a dynamic and results-driven Chief Information Officer (CIO) with a distinguished career spanning information systems analysis and technical project management. With a proven track record of spearheading the design and delivery of cutting-edge Information Management solutions, he has consistently elevated business operations, streamlined reporting functions, and maximized process efficiency.
Certified as an ISO/IEC 27001: Information Security Management Systems (ISMS) Lead Implementer, Data Protection Officer, and Cyber Risks Analyst, Denis brings a heightened focus on data security, privacy, and cyber resilience to every endeavor.
His expertise extends across a diverse spectrum of reporting, database, and web development applications, underpinned by an exceptional grasp of data storage and virtualization technologies. His proficiency in application testing, database administration, and data cleansing ensures seamless execution of complex projects.
What sets Denis apart is his comprehensive understanding of Business and Systems Analysis technologies, honed through involvement in all phases of the Software Development Lifecycle (SDLC). From meticulous requirements gathering to precise analysis, innovative design, rigorous development, thorough testing, and successful implementation, he has consistently delivered exceptional results.
Throughout his career, he has taken on multifaceted roles, from leading technical project management teams to owning solutions that drive operational excellence. His conscientious and proactive approach is unwavering, whether he is working independently or collaboratively within a team. His ability to connect with colleagues on a personal level underscores his commitment to fostering a harmonious and productive workplace environment.
Date: May 29, 2024
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2. 22 IEEE POTENTIALS
Pros and cons of newer faculty: There are various factors to
keep in mind with respect to choosing a relatively new
Assistant Professor as an advisor. On the one hand, this person
is likely to have little history of advising to use for evaluation
in terms of your own situation. He or she is also less likely to
be well known in his or her area of specialty. This fact might
reduce this advisor's ability to find funding to support your
research. Eventual publication of your research results might
also be somewhat diminished because of this.
On the other hand, a newly minted Assistant Professor may
bring a greater degree of enthusiasm to the job. He or she
might be more highly motivated than someone better estab-
lished because of the need to develop a strong record of advis-
ing, teaching and research to achieve promotion and tenure.
Furthermore, having recently graduated, this person may be
more sensitive to the problems confronting someone in your
position. Finally, also because his or her dissertation research
has been recently completed, this individual could be more
knowledgeable about the "state of the art" in the area of your
anticipated research.
Average time to
graduate: You may
later look back on
attending graduate
school as one of the
more enjoyable and
productive periods in
your career. But this
time is also generally
one of financial depri-
vation and other pres-
sures. The time need-
ed to earn a PhD,
especially, can be very
dependent on your
advisor. Thus, what is
the average/range of
time it takes for an
advisor's graduate stu-
dents to receive their
PhDs? The numbers
can be a strong hint
about what you can
expect. Faculty who
turn out higher-than-
average numbers of
PhD graduates for
their particular school
usually have devel-
oped a rather methodi-
cal approach to advis-
ing that might expedite
your graduate studies.
If the students of a
prospective advisor take significantly longer than average to get
their degrees, or there is a high degree of variability in this
regard, you should factor this into the decision-making process.
Area of specialty: Clearly, your intended research area
should match well with the disciplinary expertise of your
prospective advisor. However, maybe you’re not exactly sure
what you want to specialize in, or financial support is
unavailable for a topic that you have tentatively chosen.
Also, one or more faculty has projects for which they’re
seeking student researchers.
Being flexible about the specifics of your dissertation topic
will likely lead to a wider variety of opportunities, not only for
the degree research but, also, for future professional develop-
ment. Also, whatever research you do while working towards
an MS or PhD degree is not necessarily the kind of work
you’ll eventually end up doing after leaving school. For
among other things, degree-oriented research tries to teach you
how to do research and to help you develop some basic tools
needed to succeed. These tools can range from developing
expertise in computer programming and data processing to
learning the rudiments of numerical analysis and hands-on lab-
oratory experiments.
How many students does the advisor handle? While some
advisors may limit their advising responsibilities to one or two
students, others may have a dozen at any given time. Neither
situation is necessarily better or worse, depending on how the
advisor organizes the work involved. It might be expected,
other things being equal, that having fewer students translates
into the advisor having more time per student. This is not nec-
essarily the case. The advisor may have chosen to spend that
time in other ways, of which the university environment offers
numerous possibilities.
An advisor with many students is likely to carry them only
because their research and teaching responsibilities mesh well,
and the advisor has developed a very organized approach. The
advisor will probably have teams working on related research
that provide an opportunity for collaboration among the students
and enhance their progress. Obviously, the student load an advi-
sor carries eventually becomes evident in how many MS and
PhD degrees their students earn over a given period of time.
Funding availability: Some lucky students may have their
own sources of support from fellowships, work-study pro-
grams, co-op arrangements or similar programs. Thus, they
will not need significant financial assistance from an advisor.
However, most graduate students will probably be in the situa-
tion where some kind of funding is needed to cover at least
part of the time needed to work on their dissertation. This is in
addition to their working part time as teaching or research
assistants, i.e., it’s likely that their degree research will be only
fractionally supported. As a result, an advisor who can offer a
paid position for doing degree research, say at least half time,
can be invaluable. The more successful advisors at a university
will generally be faculty members who can provide this sup-
port. When seeking an advisor, it’s a good idea to keep such
financial arrangements actively in mind.
Reputation in the discipline: This attribute is related to
some already discussed, but the emphasis here is on how the
advisor’s reputation might affect you in both the near and far
term. Everything else being equal—working for someone with
a good reputation and who is well known in the field will gen-
erally be helpful to the students whose work he or she super-
vises. For one thing, these individuals will be more familiar
with what are likely to be worthwhile research areas and the
present status of the work being done. Another is the likeli-
hood that this person will have, or can find, sponsors for such
work. A third consideration is that the results of your own
research will be more likely to be publishable in reputable
journals, assuming that the advisor’s name will be included as
a co-author, as will usually be entirely justified. This advisor
will not only know what questions are worth asking, but those
for which an answer is not only worthwhile but achievable in
the context of a dissertation. Another aspect of a good reputation
Choosing the university
Deciding on a particular university can
involve a number of factors, depending
on your circumstances. If courses are to be
taken while working part- or full-time, geo-
graphical proximity might be given the
highest priority. Then again, with the grow-
ing number of opportunities afforded by
"distance learning," this doesn’t have to be
the case, especially if your employer sup-
ports this option. (See Mastering e-
learning, pgs 33-35.)
Probably, however, most graduate stu-
dents still follow the more traditional route
of taking classes on site at a particular uni-
versity or possibly at another location such
as their workplace when a course is given
off campus. If classes are made available
during normal work hours, then the need
for taking time off during the work day,
and possibly making up the missed hours,
will not be a problem. The particular
arrangements that are offered will
depend both on the employer and the
university in question.
For example, some employers will not
require hours spent taking classes to be
made up or taken as vacation, at least up
to some limit. Many universities gladly
cooperate with the employers in their
vicinity since the pool of potential gradu-
ate students can be vastly increased. A
good rapport can also provide an oppor-
tunity for research support for both profes-
sors and students. —EKM
3. AUGUST/SEPTEMBER 2002 23
LE
T
TH
ERE BE
LIGHT
A
Y
UNIV
E
R
SIT OF
C
A
LIFORN
I
A
H
18 6
T
E
8
is having high ethical standards and integrity. This may not be an
easy issue to evaluate, but word about potential problems usually
does get around among students and should be considered.
But, as already mentioned, there are other considerations
that can be influenced by an advisor's reputation. That person
will probably be more involved in a variety of activities that
will reduce the time available for his or her students. Included
here is the time spent away from campus, the number of stu-
dents being advised, the research commitments, and other
responsibilities on campus.
The expectations these advisors have of their students can
be higher because of the status their own research has reached.
This is not necessarily a bad thing, but something to think
about. If you’re working on a key area of the advisor’s research
project, it could happen that completion of your degree
depends on satisfying goals in that project that wouldn’t other-
wise be needed for your dissertation. These are tradeoffs that
need to be considered, with the prospective advisor’s reputation
one of the more important factors. Some of the better-known
members of IEEE are known by the number and quality of the
students that they’ve advised, and conversely, by the professors
who have advised them.
Finding an advisor who’s compatible, supportive and
who’ll accept you: Finally, the single most important issue in
choosing an advisor is finding one who’ll accept you as a stu-
dent. If your grades are marginal and you’re barely or not
known even at all to a particular faculty member, the chances
that he or she will agree to become your advisor may be small.
So, if you aspire to an MS and especially a PhD, get acquainted
with several faculty members, as an undergraduate if you plan to
remain at the same university for graduate work. But, double this
effort once you get there if you plan to move to another school.
One way to do so is to take courses from potential advisors.
Another good possibility is to work at one of the laboratories
that are usually found at a university. Besides offering financial
support, you will usually have a chance to work with one or
more faculty members. Attend seminars given by faculty to
become informed about their work and interests, and to see if
you might feel comfortable with their style.
As one personal comment along these lines, during my first
graduate year while working for a MS degree in nuclear engi-
neering, I just scraped by with the minimum GPA to qualify for
my degree. After a year away, I returned to the same universi-
ty, but to the EE program. I also joined one of the EE laborato-
ries there which gave me a chance to work with several faculty
members, some of whose courses I also took. Eventually, the
person I worked with most closely during this time agreed to
become my advisor in spite of my previous GPA problems.
(My grades improved substantially when back in the EE neck
of the woods.) In the same way, I also go acquainted with other
faculty members who eventually agreed to serve on my com-
mittee. Without having worked at that particular laboratory, I
probably wouldn’t have gotten the opportunity that I did, and
things could have turned out quite differently.
Acknowledgement
The author would like to thank Patricia Miller for her topic
suggestions and for her insightful comments regarding the ini-
tial drafts for this column. [Editor's note: this column usually
appears as On the job.]
About the author
Edmund K. Miller is an Associate Editor of IEEE Potentials.