Distribution processor: Distribution Processor Job – BMI – Nashville, TN
Distribution Processor Job – BMI – Nashville, TN
Job Description
Job Description
SUMMARY: Processes information from a variety of sources using systems, tools and resources that support the accurate and timely distribution of royalty payments to BMI affiliates.
LOCATION: Nashville, TN office. BMI has transitioned back to working in the office on a regular hybrid schedule. At present, most team members are expected in the office three (3) days a week. Decisions regarding future transitions will take place in phases as BMI continues to closely monitor COVID-19 as employee safety is our priority.
FUNCTIONS OF THE JOB:
Essential Functions: which may be representative but not all inclusive of those commonly associated with this position.
As applicable, process cue sheets, link performances and perform other necessary tasks to meet team goals and deadlines.
Maintain best practices as learned from continuous training on systems, procedures and decision-making.
Apply policies, procedures and guidelines relevant to this business function.
Communicate with management on a regular basis regarding work-related issues and questions.
Meet established departmental goals for quantity and quality.
Perform all tasks and functions handled by a specific team.
Maintain knowledge of industry and affiliate changes through a variety of sources (industry blogs, BMI360, on-line content, and/or updates shared by co-workers and leaders).
Regular attendance.
Support BMI Core Values and cultivate a culture of diversity and inclusion.
Other relevant duties as needed.
Specific to Distribution and Administration Services AV Team
Process Cue Sheets.
Identify performances on cable stations, digital audio sources and any other audio visual identification needs.
Specific to Distribution and Administration Services Audio Team
Process Music Report Submissions.
Identify performances reported by audio music reporting sources.
Review and reconcile quality assurance reports related to charting works and other high priority content.
Specific to Distribution and Administration Services Foreign Incoming Team
Process Audio- and Audio-Visual distribution payments made by foreign Performing Rights Organizations.
Create manual payments to our affiliates.
Review and reconcile quality assurance reports related to resolution and payment of Foreign Incoming royalties.
POSITION QUALIFICATION REQUIREMENTS
Education: High school diploma or GED. Bachelor’s degree in related field preferred.
Experience: Experience or familiarity with an operational/processing role. Knowledge of music industry or active participation in the music community highly preferred.
Skills and Abilities: which may be representative but not all inclusive of those commonly associated with this position.
Effective written and verbal communication skills.
Proficient keyboard and PC skills.
Ability to perform well in a fast-paced, ever-changing, detail-oriented work environment.
Effective decision-making skills to determine when and how to escalate problems or questions.
Demonstrate a passion for music.
Foreign language helpful but not required.
Ability to organize and prioritize work.
Ability to interact professionally with others at all levels.
Ability to work in a team or independently with minimal supervision.
Initiative.
Good problem-solving ability.
License(s)/Certifications Required: None
What We Give to You:
Health, dental, and vision insurance
401K with employer match
Flexible spending accounts
Paid vacation and paid sick/personal time
11 paid calendar holidays
Paid volunteer time off
Summer hours that offer more time for fun in the sun
Company paid life insurance
Up to 12 weeks paid parental leave
Tuition assistance for qualified team members
Commuter benefits (New York)
Amazing and engaging culture
Employee Resource Groups
For the health and safety of our staff, all team members who are expected to work in BMI offices or interact with the public on BMI’s behalf, be fully vaccinated against COVID-19, unless a reasonable accommodation is requested and pre-approved.
Jobcode: Reference SBJ-r0zyz6-161-97-168-212-42 in your application.
Distribution Processing and Packaging | Role of Logistics | Barcode Solutions for Logistics
Products are naked when they are produced. In recent years, the demand for distribution processing that performs various types of work during shipping has been increasing to improve the added value of distribution. If products are transported in their naked state by airplane, ship, or truck, they may be scratched, broken, and quality may decrease. Packaging is what prevents this. This section describes the logistics functions of distribution processing and packaging.
- What is Distribution Processing and Packaging?
- Examples of Distribution Processing and Packaging
This section describes the concepts of distribution processing and packaging, basic knowledge about the two, and their differences.
Distribution processing refers to all of the processing that is performed at the warehouse or logistics center when shipping products. For example, grouping products into sets, applying labels, and putting products into bags, or work such as inspecting for needles, applying tags, putting products on hangers, applying price tags, and putting products into gift boxes, correspond to distribution processing.
The goal is to increase the added value of the product. There are advantages for both the customer and logistics operator. The customer is happy if this time-consuming processing is completed at the delivery stage, and the logistics operator can differentiate themselves and provide added value. In recent years, demand has been increasing due to costs because it is cheaper to perform distribution processing at a logistics center.
Products may be damaged and quality may decrease if shipped as is. The purpose of packaging is to protect the product with cardboard or wooden crates to prevent damage and a decrease in quality.
With packaging, damage can be prevented due to vibrations and falls and decreases in quality can also be prevented due to mold and rot from humidity. Products can also be differentiated more easily by marking the name of the contents, volume, production date, and lot number on the cardboard box. Products with a difficult shape to carry can be easier to stack on a cart and transport if put in a cardboard box. Packaging is also effective for maintaining quality during storage.
Packaging is split into three types depending on the role and purpose: individual packaging, inner packaging, and outer packaging.
Individual Packaging
Inner Packaging
Outer Packaging
- Individual Packaging
- Individual packaging is packaging for individual products. For example, individual packaging is what is used to wrap each individual piece of candy.
The purpose is to protect the product from water, humidity, light, and heat. - Inner Packaging
- Inner packaging is used to group individually packaged products in a bag. This is the bag that is filled with individually packaged candy. Inner packaging is the unit that is sold at retail stores, and it is important to design an inner package that expresses the appeal of the product and stimulates the desire to purchase the product to promote sales.
- Outer Packaging
- Outer packaging is the unit of the largest package, such as a cardboard box or wooden crate. The main purpose is to protect the product from dirt and breakage.
The purpose is to protect the product from water, humidity, light, and heat.
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Now that we have a basic understanding of distribution processing and packaging, we will introduce some examples of how packaging is actually used. These are just few examples. Refer to the distribution processing and packaging that not only protects products but also increases additional value.
This distribution processing example cuts cheese to the specified number of grams and individually packages it. Cutting and packaging is performed under strict conditions in a low-temperature clean room to maintain the freshness and safety of the food.
This distribution processing example packages products into sets for sale, such as gift boxes for wine lovers that include chocolate, cheese, and olives.
This distribution processing example packages products, such as boxes of candy, toothpaste, and CD packages, with a thin film to maintain the appearance of the product and protect safety and hygiene.
Volume and product inspections are performed to ensure that the contents of the product follow standards. This distribution processing example ensures safety and quality by inspecting the product when shipped. The burden of the inspection process has been increasing in recent years.
This distribution processing example inspects foods with a metal detector to ensure no metal fragments contaminate the food.
This distribution processing example creates and applies labels to the individual packaging and inner packaging.
This distribution processing example wraps products for events, such as Christmas, New Year’s, Valentine’s Day, and Halloween.
Wooden frame packaging is optimal for products that will be stored for a long time after transport and products that require ventilation. This packaging is also used for the domestic transportation and export of large machines.
Compared to cardboard, wooden crates are stronger and more resistance to rain and dust. Wooden crates are frequently used for home appliances, electronics, and glass products that are susceptible to impacts.
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- Role of LogisticsStorage and Cargo Handling
- Role of LogisticsInformation Systems
INDEX
Computer Resource Allocation—GeoEvent Server | Documentation for ArcGIS Enterprise
ArcGIS GeoEvent Server can be resource intensive if it receives a large number of events per second, performs complex real-time analysis, or both.
Because GeoEvent Server is powerful and helps solve problems in real time in almost all industries, you need to deploy GeoEvent Server on a computer that suits your specific use cases. Different tasks require different resources. nine0003
Computer hardware is constantly evolving, making it difficult to stay on top of available technology. The following are some general guidelines for choosing the right hardware for a typical GeoEvent Server deployment.
CPU
GeoEvent Server uses the computer’s CPU to process and analyze events in real time, and regulates the rate at which event data is processed. Processor speed is directly related to the number of events per second that GeoEvent Server can process. As a rule, the more events per second you receive, the more processor is loaded. Processor optimizations such as Intel AVX2 technology for floating point processing can be helpful. nine0003
RAM
GeoEvent Server uses RAM to manage event caches for real-time analysis and geofencing.
Geofence storage capacity in GeoEvent Server is directly related to the amount of RAM allocated to the computer. The RAM available on the GeoEvent Server computer ultimately determines how many vertices of any geometry type can be loaded. In addition, the speed at which geofences can be accessed is directly related to the type and speed of RAM. In general, if GeoEvent Server will be used to perform complex geofencing operations, then increased and/or optimized RAM performance should be selected. nine0003
Network
Typically, in a production environment, GeoEvent Server relies on external connections to retrieve data. When waiting for a large amount of received data, you should consider increasing the network bandwidth and reducing the latency. Large in this case means event data that has many fields, a lot of data in each event, or frequent data.
High Performance Local Disk
When deploying GeoEvent Server, choose the best location to store configuration and message queues.
We recommend that you use a local storage device that is optimized for performance. When choosing a file storage device (NAS/SAN) for this purpose, performance is the most important characteristic to consider. Before choosing a file storage device, be sure to review the information about event queues and configuration storage. nine0003
Select a storage device that performs well with high volumes of small random input/output (I/O) operations. Please note that read and write performance can vary greatly depending on I/O characteristics. This is important because interaction with event queues in GeoEvent Server follows this pattern. This often means that a device that is optimized for a large number of sequential reads and writes (such as when working with images or video) is not suitable for working with GeoEvent Server. If your file storage engine is not good at handling small random I/O operations, it can significantly increase event processing time or cause the event queue to be overloaded.
nine0003
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Classification of distributed systems by processor distribution type (processing aspect).
There are several types of systems
distributed data processing,
whose components are combined using
means of communication.
First of all define horizontal
and vertical distribution .
Under vertical distribution
understand the hierarchy of processors. (rice.).
Typically, a transaction enters the system
and leaves it at the lowest level.
It may turn out that at the lowest
transaction is being processed
completely or only
some action and she is transferred
to a higher level. All Transactions
or some of them reach the top
level that has access to files
or databases. Top level machine
hierarchy itself can be
computer system and process
their own transactions. However
the data it works with is transmitted
her lower-level systems. Yes, on
the top level may be the system
the highest level of administrative
guides.
They will flock to her
data from factories, branches, warehouses
and other systems. nine0003
With horizontal distribution
processors do not differ in rank, all
they have the same status. transaction
passes through only one processor,
although there may be many
processors. On some systems
equal partners of the transaction
can be transmitted from one partner
to another, causing in each update
your files.
Horizontal distribution
illustrated in the following figure. On
first scheme multiple processors
connected to the bus or broadband
short channel, on the second – to the ring,
on the third and fourth (satellite
connection) diagrams are presented horizontal
computer networks in which the user
can enter one of the cars.
nine0003
In some systems, distribution
produced by function, not by
ability to fully process
transactions. Centralized systems
teleworkers of the 70s worked with
simple terminals and performed almost
all functions in the central machine.