Traditional Communication Research Articles

Secured Service Oriented Communication in V2X Technology

From the day communication started and messages being transmitted and received from one endpoint to another, security was always a concern. And nowadays this is not different from the old ages. In the era of IOT and V2X technology, communication protocols must be safe and secured and the traditional communication approaches like using CAN, LIN and Flexray will be hard to be integrated with IOT systems. Modern approaches are introduced for IOT integration through Ethernet, one of the most used approaches nowadays for vehicle communication is Service Oriented Communication which is represented by several protocols. One of protocols designed by AUTOSAR community is Service Oriented Middleware over Internet Protocol known as SOME/IP. After Surveying Service Oriented Communication, we propose a solution that adds security features to vanilla SOME/IP that prevents possible Denial of Service attacks. In this paper, we will survey the current solution used and tested and compare it with our proposal.

Traditional Figures Marketing Communication Activation on Is Yuniarto's Digital Wayang Design

Is Yuniarto is a comic artist and art illustrator who uses digital platform for sharing his digital comics or designs into the digital world. His works can be seen on Instagram @is.yuniarto where he redesigns fictional hero characters from abroad by adding a traditional Indonesian touch and making the results even better.
 This study aims to find Discourse of Traditional Figure Marketing Communication Activation on Is Yuniarto’s Digital Wayang Designs. The type of research used is descriptive research with a qualitative approach. The method used is semiotics. 
 The result is the theme of wayang design by Is Yuniarto is 'Adiwira Kalangga VS para Adidurja’. Adiwira Kalangga is Hero form Country Kalangga. Kalangga is like Trowulan by making a local name that is similar to Marvel serial characters universally. Figure seven Adidurja is powerful and intelligent supernatural.The characters depicted by isyuniarto actually want to match the characters in the Marvel series and then use local terms as a form of character similarity. Figures that are marketed include, among others, Kalangga, Kalawisa, Kalagetih, Biawak, Khageswara, Ki Astapadha, Bajra and Tuyul ijo. The depiction of figures through character traits, supernatural powers, colors, and weapons ownership. Is Yuniarto branding new figure of wayang design. His digital content communication competence in design is uniqueness.Philosophy in design activation its his strength.

From TikTok Hongxing Erke Live Marketing to See How Live Culture Shaped Consumer Groups

In recent years, with the development of mobile Internet, mobile live broadcasting platforms, social media and short video platforms have emerged one after another, and the "live +" model with live broadcasting as the core has gradually become a new trend in the development of the industry. This new advertising communication mode not only brings the change of traffic aggregation, content production and communication mode, but also subverts the traditional advertising communication mode to a certain extent. Therefore, the analysis of live broadcasting culture is extremely important for us to study the new media marketing theory in the information age. TikTok live broadcasting platform is an important part of domestic live broadcasting culture. Starting from TikTok live broadcasting will better help the author to study this issue. Therefore, this paper takes Hongxing Erke, a brand that has created new marketing methods on TikTok live streaming platform, as an example, analyzes the reasons for the rise of live streaming culture and the impact of live streaming culture on advertising communication effect, discusses the advantages and existing problems of live advertising communication mode, and puts forward countermeasures. It provides reference for the development of live advertising in the information age to promote the improvement of new media marketing theory.

VIRTUAL REALITY FOR PALLIATIVE CARE COMMUNICATION TRAINING: A NOVEL DISSEMINATION STRATEGY

Abstract Towards the end of life, 75% of older adults visit the emergency department (ED). During acute health decompensation, most older adults with serious illness (predicted survival of less than one year) do not have advance directives and are at risk of receiving care inconsistent with their goals. To deliver patient-centered care, palliative care communication skills are essential, especially during the shared decision-making for cardiopulmonary resuscitation (i.e., code status conversations). Facilitated by skilled faculty and trained actors playing the role of a seriously ill older adult in acute health decompensation, the traditional palliative care communication training combines role play and individual feedback to practice communication skills. These evidence-based, palliative care trainings have demonstrated to improve communication skills in trained clinicians with enduring skills 12-15 months later. However, these trainings take a minimum of four hours with highly trained faculty and professional actors to role play, which hinders wider dissemination. To improve nationwide dissemination of evidence-based practices in code status conversations, we have leveraged virtual reality technology to allow clinicians to experience in-person, palliative care communication training. In collaboration with a virtual reality company, a 360-degree view, virtual reality training content has been filmed in a real hospital environment. Using the same evidence-based, palliative care communication contents, clinicians in training can now experience the role play in a virtual reality environment in one hour instead of four. By leveraging virtual reality technology, evidence-based palliative care communication training can now be disseminated with much less institutional investment (e.g., training time, faculty resources, etc.).

External communication of Chinese traditional culture under the background of big data

Traditional culture is a symbol of a country’s existence and history. The external dissemination of traditional culture is the key to expanding the country’s influence and enhancing the country’s international image. The external dissemination of culture also poses a potential impact on the country’s economy and development. In the context of the information age, the dissemination of Chinese traditional culture is attached great importance. The culture of the Forbidden City, from self-construction to borrowing, from online to offline all-media communication channels, unique and novel cultural and creative products and a young brand image provide it with a unique means of communication. The dissemination of the Forbidden City culture is of positive significance to the demonstration of cultural confidence and the innovation and development of culture, and it can be used as a typical case of the dissemination of Chinese traditional culture. Big data technology analyzes the research object through the process of data collection, data screening and data processing, combined with various data analysis tools, and the ultimate goal is to obtain favorable results for the analyst based on the analysis. The use of big data technology in cultural communication research has gradually become the focus of current scholars. This paper takes the Forbidden City culture as the research object, analyzes the current situation of the foreign communication of the traditional culture of the Forbidden City, puts forward the dilemma of the current external communication of Chinese traditional culture based on the current situation, summarizes the problems and reasons of traditional cultural communication, and designs corresponding solutions combined with big data technology. Through the data simulation of Chinese traditional cultural communication using big data solutions, it is found that the demand satisfaction, cultural benefits after cultural communication, and the direction of cultural influence have all improved after analyzing the user’s individual needs combined with big data technology.

From Ink to Impact: Language’s Journey in the World of Media

The dynamic development of language’s function in media is examined in this abstractly, which follows language’s transformational path “From Ink to Impact.” It explores the transition from traditional pen-based communication to the significant influence language has in today’s media world, both historically and in the present. The study explains how ink on paper acted as the foundation of mass communication, influencing public discourse and societal narratives, starting with the era of the printing press. A significant shift occurred with the introduction of broadcasting, as spoken language gained a potent ally in radio and television, expanding its usage and impact. The abstract then moves smoothly into the digital era, examining how language has become a dynamic force in online places by overcoming physical limitations.The interaction of language and media in the modern day is marked by an unprecedented level of accessibility and immediacy. The limitations of language impact and expression are being redefined by social media platforms, internet journalism, and user-generated material. The abstract examines the benefits and problems brought about by this digital paradigm, taking into account things like linguistic variety, disinformation, and the democratization of story creation.

Communicating environmental data through art: the role of emotion and memory in evoking environmental action

Innovative approaches to environmental communication are needed to transcend existing scientific knowledge, challenge individual value-action gaps, and engage more people in science. Within a co-created community science project, a case-control study was conducted to determine whether data visualization type could impact participant scientific learning, emotional response, behavioral outcomes, and environmental action. Two novel data sharing types were designed to communicate roof-harvested rainwater data to environmental justice communities: (1) A static booklet and (2) An interactive environmental art installation called Ripple Effect paired with a booklet. Our results indicate that environmental art can not only communicate complex scientific data effectively, but can also overcome barriers associated with traditional science communication by affecting people’s emotion and memory—which increases the likelihood of changing their behavior or taking new action in their environment. These results are consistent with the environmental psychology literature; however, we have successfully captured the role of memory and long-lasting impacts of environmental art on pro-environmental health behavior. This research further paves the way for others to create innovative environmental communication formats to communicate environmental health.

Social media and culture clash: Examining cultural influence on Facebook crisis communication in Botswana

Multicultural crisis communication in Botswana has become complex due to the country’s various ethnicities and cultures. Facebook remains a dominant communication platform, but traditional media is also used to cover organisational exigencies. However, there is a lack of research guiding public relations (PR) practitioners in multicultural crisis communication in Botswana, and this study addresses this gap. Semi-structured interviews with 20 Botswana PR practitioners revealed that they use Facebook to manage crises, but do not engage in online dialogue with the public. Instead, they post status updates and switch to offline cultural communication platforms for face-to-face dialogue. This article proposes and introduces a Botswana-focused model, the Cross Cloverleaf Relationship Model (CCRM), that probably resonates with similar contexts in Sub-Saharan African countries. The model facilitates authentic crisis communication between Facebook and the kgotla system, Botswana's traditional and cultural communication platform. I suggest that multinational companies may find the kgotla system helpful during emergencies in Botswana.

Research on Visual Communication Optimization Method Based on Image Processing Technology

Visual communication as the focus of the development of new media industry, in the rapid development of social economy and science and technology, the emergence of digital multimedia continues to challenge, and enrich the traditional visual communication methods, expand the contemporary visual communication design concept and application technology, guide visual communication from static and flat to dynamic and integrated. After understanding the current concept and development status of visual communication and image processing technology, this paper mainly studies ship image optimization system based on visual communication technology according to the application direction of computer image processing technology in visual communication system. The final experimental results show that the ship image optimization can effectively reduce the peak signal-to-noise ratio and ensure the clarity of the final image.

Identifying risk information needs of rural communities impacted by wildfire smoke: A mental models approach

As wildfire activity continues to increase throughout much of the western US, questions remain about how to effectively communicate wildfire smoke risk to harder-to-reach groups, including rural populations. Standard public health strategies rely largely on risk assessment and communication informed by available air quality data. However, rural populations can be difficult to reach through traditional communication channels and air quality monitoring to inform messaging can be absent or scarce. As efforts increase to expand air quality monitoring into rural regions, there is a need to identify and affirm the most effective content and communication channels for motivating protective action. We used a mental models approach to identify wildfire smoke risk information needs and preferred communication channels in three rural counties in northern Nevada. Participants revealed a substantial knowledge base with opportunities for enhancement related to the range of potential physical and mental health impacts, vulnerable groups, and exposure mitigation strategies. Preferred communication channels were varied but almost exclusively local. The mental models approach also uncovered important barriers to exposure mitigation as well as potential areas of future research. Insights gained from this study will be used to inform targeted wildfire smoke risk communication for rural Nevada counties and may serve to motivate similar studies in other rural regions. Identifying similarities and differences in information needs and preferred communication channels can help inform understanding of how and why to tailor wildfire smoke risk communication. Any new messaging developed from such studies should be evaluated to ensure its effectiveness.

Exploring the Role of Chinese Language and Literature in the Transmission of Traditional Culture by Combining the Method of Internet Text Analysis

Abstract This paper constructs a Bayesian network text recognition model based on the Bayesian network and explores the role of Chinese language literature in the dissemination of traditional culture by analyzing the embodiment of traditional culture in Chinese language literature network texts. The collection process of Chinese language and literature data in network text is analyzed from the perspective of textual data interaction. The information of node variables in a Bayesian network is used to determine the mutual relationship between Chinese language literature and traditional culture. The degree of interdependence between Chinese literature and traditional culture can be measured by combining mutual information. The results show that the correct rate of text recognition of the Bayesian text recognition model decreases slightly when the training samples are (100-300), but the correct rate always stays around 0.85, thus reflecting the effectiveness of the network recognition model in this paper. Chinese language literature has a certain role in the dissemination of traditional culture, which proves that Chinese language literature, as a carrier of traditional culture, can improve the dissemination speed of traditional culture. This study focuses on the integration of Chinese literature and traditional communication to improve a new vision.

Theory and practice of agenda setting: understanding media, bot, and public agendas in the South Korean presidential election

ABSTRACT Social media not only changes the traditional communication environment, but also introduces new modifications to agenda setting. With the increasing use of social bots in public opinion manipulation and political election interference, whether they can participate in or influence agenda setting has become an urgent concern. Currently, there is limited literature focusing on engagement in agenda-setting for social bots agenda setting. This paper examines the content of social media discussion related to the South Korean presidential election, identifies the presence of social bots, and explores the relationships between media agenda, bot agenda, and public agenda from the perspective of agenda setting. The study found that although the primary agendas of the media, social bots, and the public are not identical, they are interconnected. Furthermore, the media agenda does not precede the bot agenda and the public agenda in terms of timeliness, and chronological order is only observed between social bots and the public.

Applying Visible Light Communication Co-location in Nuclear Power Plant: Architecture and Key Technologies

A nuclear power plant (NPP) is an important site to convert nuclear energy into electric energy. Wireless communication technologies can effectively promote more efficient and convenient constructions and operations of an NPP. However, the traditional wireless communication technologies have several possible risks such as radio-frequency electric sparks and electromagnetic interference, which may endanger the operation of NPPs. Recently, visible light communications (VLCs) and visible light positioning (VLP) have become two promising technologies for the nuclear power industry as they are electromagnetic-free and also highly secure. In this article we first present a multilayer architecture for an NPP, which includes a Macrocell layer, a Picocell layer, and an Attocell layer. The former two layers work in the radio-frequency spectrum to provide seamless coverage for outdoor and indoor unrestricted areas. The Attocell layer works in the visible spectrum to provide coverage for restricted areas, in order to prevent electromagnetic interference and ensure safety. A visible light communication co-location (VLCL) system is proposed in the Attocell layer to provide high-speed transmission and positioning services. Several key technologies are discussed, including light source layout, communication and positioning techniques, and multiplexing scheme. Finally, technical challenges and possible solutions are presented. This article demonstrates that VLCL system has potential great advantages in supporting the nuclear power industry.

Should Over-The-Top (OTT) Providers Pay the Telecom Industry?

The objective of this study is to investigate the prevailing conflict between the telecommunications and Over-The-Top (OTT) sectors in India. Telecom Service Providers (TSPs) have been urging OTTs to compensate them for network usage and revenue deficits. This study leverages an exhaustive literature review to scrutinize the various assertions and recommendations forwarded by diverse telecommunications bodies across the globe. The findings reveal that while the OTTs have favourably influenced the Internet Service Provider (ISP) segment of the telecom industry by functioning as a complementary good, it has negatively impacted the growth and revenues of traditional communication platforms like SMS and calling. The paper also identifies the competition issues attributed to the OTT market, as claimed by the TRAI and ITU. Through a dedicated model, an argument is substantiated that the disadvantages inflicted by OTTs on the TSPs surpass the benefits. We then propose our policy recommendation which necessitates that OTTs bear or share some of the costs of the TSPs. Two distinct models are introduced to calculate these compensations. The models factor in the different sizes of OTT and telecom firms to yield a balanced costing model. Subsequently, an in-depth analysis of the recommended policy implications is conducted. It is deduced that although our policy may instigate a debate about potential negative impacts on net neutrality, a similar approach adopted by the US government did not result in any adverse effects on the growth of their internet sector. On the contrary, it demonstrated notable expansion. The exploration undertaken in this paper illuminates various fallacies and misconceptions prevalent within the relationship between the telecommunication and OTT industries.

Precoding-Based Downlink OAM-MIMO Communications With Rate Splitting

Orbital angular momentum (OAM) and rate splitting (RS) are the potential key techniques for the future wireless communications. As a new orthogonal resource, OAM can achieve the multifold increase of spectrum efficiency to relieve the scarcity of the spectrum resource, but how to enhance the privacy performance imposes crucial challenge for OAM communications. RS technique divides the information into private and common parts, which can guarantee the privacies for all users. In this paper, we integrate the RS technique into downlink OAM-MIMO communications, and study the precoding optimization to maximize the sum capacity. First, the concentric uniform circular arrays (UCAs) are utilized to construct the downlink transmission framework of OAM-MIMO communications with RS. Particularly, users in the same user pair utilize RS technique to obtain the information and different user pairs use different OAM modes. Then, we derive the OAM-MIMO channel model, and formulate the sum capacity maximization problem. Finally, based on the fractional programming, the optimal precoding matrix is obtained to maximize the sum capacity by using quadratic transformation. Extensive simulation results show that by using the proposed precoding optimization algorithm, OAM-MIMO communications with RS can achieve higher sum capacity than the traditional communication schemes.

Neural network-based fiber optic cable fault prediction study for power distribution communication network

Abstract As the foundation of communication networks, optical fiber carries huge network traffic, so the prediction of fiber optic cable faults is an important guarantee for the operation of communication networks. Based on the combination of fiber optic system networking technology and network management data, this study constructs an alarm correlation analysis method by using data mining technology to obtain the data set of the fault prediction model for the problem of low fault prediction accuracy of traditional communication networks. The dataset is used to balance the sample data by generating a small number of new samples through the generative adversarial network. The memory-based feature generation convolutional network is proposed to enhance the feature interaction to realize fault prediction in communication networks. The prediction model has a high prediction accuracy of 98.68%, which saves about 160 min for repair work through the application of fiber optic cable fault prediction, which compares well with other models. Fault prediction based on neural networks can provide assistance in the operation and maintenance of distribution communication networks.

Long Range (LoRa) and Alert Network System for Forest Fire Prediction

Forest fires are a regular occurrence throughout the year with an increasing intensity in the summer and fall periods. Forest fires pose a significant threat to ecosystems, property and human lives. Early detection and rapid response are critical to mitigate the devastating effects of these fires. This article presents a Long Range (LoRa) Alert Network System designed for the early prediction and timely notification of forest fires. The system leverages LoRa technology to create a robust and cost-effective wireless communication network in remote forested areas. These fires primarily stem from various natural and environmental phenomena and natural disasters. The timely dissemination of forest fire alerts was hampered, resulting in delays in fire management. In order to address this issue, efforts were made to enhance the capability for prompt forest fire detection. The challenges predominantly revolve around forested regions where data communication infrastructure is deficient. In the event of a forest fire, there exists a network barrier that impedes information transmission. Consequently, forest fire detection systems leveraging Mesh LoRa networks and image processing networks have been devised. An integrated module within the LoRa/GPS HAT has been explored as a potential solution to the fire predicament. The Flame Sensor Module, functioning as a fire detection sensor component, and the LoRa/GPS HAT, serving as a hardware medium for radio frequency data transmission communication, have been employed. The interconnection of these devices within a network facilitates the development of a prototype fire detection system. Combining a Flame Sensor Module with a LoRa/GPS HAT is indeed a viable approach to creating a prototype fire detection and alert system. By combining the Flame Sensor Module with the LoRa/GPS HAT, a scalable and cost-effective fire detection and alert system appropriate for distant and wooded locations with limited traditional communication infrastructure is created. This system can play a crucial role in early fire detection, potentially reducing the severity of forest fires and protecting both natural resources and human lives.

Mechanical properties and application of glass fiber reinforced polyurethane composites communication lattice tower

To address the deficiencies in traditional communication towers in mobile communication engineering, such as heavy weight, easy corrosion and poor durability, this study proposes replacing traditional communication towers with GFRP communication lattice towers with lightweight, high-strength and good durability. Firstly, GFRP material test and GFRP circle tube bending capacity test are conducted. The maximum bending moment that can be subjected to the anchorage end of GFRP circular tube is 18.20 kN·m. Finite element analysis of GFRP circular tubes verifies the accuracy of the bending test results. Secondly, a GFRP communication lattice tower with a height of 25 m is designed adopting GFRP circular tubes as tower columns. Through the bending test of the GFRP tower, it is verified that the connection between the columns and web members of the GFRP tower is reliable and the force pattern of the GFRP tower is reasonable. The large deflection theory can be adopted to the displacement of GFRP towers accurately. Thirdly, according to the actual engineering requirements, the finite element analysis of 25 m-high GFRP tower under the basic wind pressure of 0.45 kN/m2 is carried out by using 3D3S (a spatial structure design software). It can be obtained that the vibration mode of the GFRP communication tower shows two forms of lateral bending and axial torsion. 0° wind load direction has the greatest influence on the displacement of the GFRP tower. The stress ratio of each component in the GFRP tower is less than 1, indicating that no damage occurs in the GFRP tower. Finally, GFRP towers have good economic benefits, good environmental performance and wide range of application after comparing the GFRP tower and traditional steel tower. The demonstration project of the GFRP communication lattice tower is established in Qingyuan City, Guangdong Province, China. When subjected to a typhoon with a wind speed of 17.26 m/s, The horizontal displacement of the GFRP tower top is 10 m, which is about 2/5 of the height of GFRP tower. Although the displacement is large, the GFRP tower is still not destroyed. It can be concluded from the research in this paper that GFRP towers have low cost, good mechanical properties, good durability, and wide application range, which can promote the rapid construction of 5 G communication base stations.

The role of iconic places, collective efficacy, and negative emotions in climate change communication

Communication strategies designed to strengthen individual and community climate action play a key role in reducing greenhouse gas emissions and averting worst-case climate scenarios. However, communicating climate change in a way that motivates action remains a significant challenge. Through two experimental surveys with representative samples of Australian residents (n1 =723, n2 =729), we investigated whether climate messages that highlight relevant and iconic places, such as the Great Barrier Reef (GBR), could strengthen individual action on climate change and if so, what messages are most effective in motivating climate-related behaviour. Participants were randomly allocated to receive one of eight messages about climate change and/or the GBR, or a control condition. In Study 1, we found that climate messages centred around the GBR are more effective in strengthening intentions to adopt energy reduction behaviours than generic (non-reef) climate messages when compared to control. However, we find that they are limited in their ability to motivate more impactful civic and social behaviours, including those which seek to influence climate policy support. In Study 2, we found that messages emphasising collective efficacy can enhance message effect and influence the uptake of a broader range of behaviours, both intentions and in situ behaviour. Mediation analysis suggests that this effect was largely driven by emotions related to distress and that place identity and positive emotions did not play a significant role. This research offers an alternative for those looking to expand beyond traditional climate communication strategies and has implications for both theory and practice.

Wearable technology in emotive communication: An in-depth exploration of the kiss transfer mechanism and its implications for human-human interactions

<p>This paper delves deeply into the innovative realm of integrating human emotions with wearable technology. The primary focus is on the conceptualization and development of a kiss transfer device that harnesses the power of wearable technology to bridge the physical gap in human-human interactions. By investigating the intricate nuances of the human-human kissing process, the research seeks to replicate this intimate gesture through a technological medium. The paper not only elaborates on the anatomy, evolution, and hormonal dynamics of kissing but also underscores the transformative potential of wearable technology in capturing and transmitting these intimate moments. This exploration opens up new horizons for long-distance relationships, offering a tangible touchpoint that goes beyond traditional communication methods. Through this pioneering work, the research positions wearable technology as not just a tool for communication but as an extension of our human emotions and expressions.</p>