I just want to paraphrase it. no references and no need to add information. I already have a word file.

PSIM
Among all the softwares used for simulating in field of electronics and electrical
circuits, Physical Security Information Management (PSIM) stands out as not only
for its utilization in electrical circuits and unequivocally suitability for usage such as
motor drive and power electronics but also to come up with any given electronic
circuit. Built up by Powersim, PSIM software usually utilizes trapezoidal rule
integration and nodal analysis as the base of its simulation method. As a result of
simulation, PSIM produces a graphical view of capture crossing point and a waveform
observer Simview. PSIM has different segments which spread its execution into
specific areas of circuit designing and simulation combined with electric motors, wind
tu
ines, photovoltaics, and control theory. PSIM is usually applied in cases of product
expansion, research, and examination in the industry and for academic research and
study in education institutions.
Physical Security Information Management is a class of simulation tool that provides a
platform and usage framed by middleware inventors, designed to provide room for
multiple separated security functions alongside devices and regulator them over one
comprehensive user admin. Collecting and combining methods from existing different
security devices and intelligence systems (building frameworks, access control
systems, analytics, sensors, video, networks and so forth.), it approves employees to
ecognize and eagerly resolve conditions.
There are various advantages of PSIM integration in an organization which includes
increased and integrated control, enhances situation awareness and management
eporting. Finally these solution allow for a particular organization to lessen costs
through improved efficiency and to enhance security protocols through increased
intelligence insight.
Benefits of PSIM include:
 Possibility of adding complete oversight and control which leads up to much better
security and safety for personal and system infrastructure because the system are no
longer silo’s.
 The capacity to coordinate industrial and control systems makes great saving of
funds through, for instance, avoidance and mitigation of shutdowns.
 Implementation of enhance and coordinated supervision and insight provides
enhanced safety and security of employees and public.
 Expanded and enhanced real time and instant perception and analysis of possible
threats and failures in systems provides a more prominent ability to suspect and take
actions.
 Better consistent compliance with internal framework systems and protocols, and
also with outer areas particularly in the zone of HSSE.
 Improved control, administration and supervision, including auditing tools and ability
to response in emergency situations.
A fully complete PSIM software tool has six major features:
1. Collection: Gathering of Data from any number of divergent security devices
or frameworks using device management free programming software.
2. Analysis: Identification of real times and instant situation and prioritizing them
y co
elating the data, situations and signals in case of threats by the system.
3. Verification: Presentation of important situation information to any operator in
order to easily understand the threat level and co
elation by PSIM software.
4. Resolution: To resolve the situation based on identified threats or alarms, a
step by step procedure, which is based on most efficient practices and in accord to the
policies presented by an organization, along with the relevant tools is provided.
5. Reporting: One of the major features underlying PSIM software is real time
and in depth investigation of any situation by analysing all the information, data and
procedures involved.
6. Audit trail: Apart from identifying, resolving and reporting the situation, PSIM
also takes monitoring into account on single operator level, it tracks if there is any
manual changes that has been done to security system and also calculates response
time for every single situation.
CASE STUDY: -
Modelling and Simulation of Modified Unipolar
PWM Scheme on a Single-Phase DC-AC Converter Using
PSIM
Definition of power electronics and control hardware can easily be framed as the
applications of solid-state electronics for the control and transformation of...