SIRIS-Lab/unlabelled-sti-corpus huggingface dataset:
Interoperability for Public Safety Networks

It is widely recognized that efficient communications are of paramount importance in order to have effective Public Protection and Disaster Relief (PPDR) operations. Indeed, there is great interest from governments and organizations involved in PPDR toward the evolution of existing wireless systems for critical communications to have higher communication capacity. However, an efficient communication system depends also on the capability of providing service interoperability among different networks. Interoperability barriers among the communication systems of various PPDR organizations are present both at national level (among public safety organizations of the same region or nation) and among PPDR organizations from different nations. Interoperability barriers are usually based on historical reasons: communication networks are created by each PPDR organization with a vertical structure to address the specific requirement of the organization. In some cases, interoperability barriers are also due to security reasons. In an effort to secure and protect the network data, cryptography mechanism and cryptography keys are different even in networks based on the same technology. Interoperability barriers are more often operational than technical. Common procedures and organizational schemes during a national disaster may be defined at national level, but rarely at international level. Cross-border operations are particularly affected by lack of interoperability because of linguistic barriers or because national organizations use different network technologies. A critical issue is the lack of roaming capability, which is available for users of commercial networks (e.g. GSM/UMTS), but it is not available for the PPDR community. As a consequence, a PPDR officer moving from one dedicated PPDR network to another will lose the communication instead of being transferred to the new network.
Synthesis, Characterization and Transesterification Activity of Cross-Linked Styrenic Resins Containing the Triphenyltincarboxylate Moiety Spaced by a Dimethylene from the Aromatic Ring

An organotin monomer, triphenyltin 3-(4-styryl)-propionate (TPTSPr) has been synthesized and copolymerized in different ratios with styrene and 1,4-divinylbenzene in order to obtain resins with catalytic activity in transesterification reactions. The resins and a low molecular weight model compound, triphenyltin 3-(4-ethylphenyl)-propionate (TPT-C2-Pr), mimicking the catalytic co-unit, have been characterized by FT-IR and NMR spectroscopy, with particular attention paid to the coordination at tin and how it correlates to the catalytic activity. The activity of both the resins and of the model compound have been tested in a transesterification model reaction between ethyl acetate and primary alcohol. All the resins show catalytic activity that decreases with increasing content of the active co-unit in the resins, owing to the interaction of the active sites among themselves.
Topology optimization of self-supporting structures with polygon features for additive manufacturing

Abstract This work aims at developing a topology optimization method for the design of self-supporting structures that can be directly realized by additive manufacturing (AM). In the proposed method, polygon-featured holes are introduced as basic design primitives whose movements, deformations and intersections allow to control the structural topology. In addition, overhang constraints are introduced directly into the geometry description, so that the inclined angles along the overhang boundaries are not less than the critical overhang angle (COA). Meanwhile, unprintable V-shaped areas caused by polygon intersections are gradually eliminated through polygon modifications and re-optimization. Numerical examples are tested to demonstrate the effectiveness of the proposed method.
Functional exploration of the contributions of brainstem-motor thalamic pathways to motor execution and learning

Motor learning is a fundamental process enabling an organism to improve movement efficiency during a motor task. It is supported by motor cortex, which organizes movements into complex sequences. Yet, how this structure is informed of planned and generated actions is poorly understood. Anatomically, motor cortex is highly interconnected with the motor thalamus (Mthal). Interestingly, this structure is involved during the acquisition of different motor tasks, but also shows homologous roles in motor function to brainstem areas. In line with these observations, we hypothesize that pathways between the brainstem to Mthal represent an interesting and unexplored way for motor information to reach cortical areas during motor learning.
This project aims at exploring the anatomical organization and functional importance of brainstem-Mthal pathways in motor learning and transmission to the cortex. It will first explore the bidirectional synaptic organization of these pathways according to neuronal subpopulation identity using mouse genetics and viral tools for anatomy. In a second step, it will explore the hypothesis of a specific role of the different brainstem-Mthal pathways in motor learning, including dexterous vs sequential motor learning tasks. The involvement of the observed pathways in these tasks will be explored with in-vivo calcium imaging. This will allow us to determine whether changes in neuronal activity of brainstem-Mthal projection neurons are correlated with ongoing motor behavior and with which phases. Finally, these results will be probed for functionality by direct manipulation of these circuits in behaving mice. To this end, opto- and pharmacogenetic tools will be used in combination with viral technology to target and manipulate the characterized neuronal networks in mice performing motor learning tasks. Together, the results obtained through this project will lead to a better understanding of circuits involved in motor program execution and learning.
PROTECTIVE UNIT FOR A BATTERY MODULE OF A HIGH-VOLTAGE BATTERY, BATTERY MODULE, AND HIGH-VOLTAGE BATTERY

The invention relates to a protective unit (15) for a battery module (1) of a high-voltage battery of a motor vehicle for electrically insulating cell housings (7) of prismatic battery cells (3) of the battery module (1), which battery cells are stacked to form a cell stack (2), and a cell-contacting system (12) of the battery module (1), which cell-contacting system interconnects the battery cells (3) by electrically connecting cell terminals (8, 9) of the battery cells (3), the protective unit comprising pre-formed intermediate layer (16) made of an electrically insulating material, which intermediate layer can be applied to a side (11) of the cell stack (2) having the cell terminals (8, 9) and therefore can be arranged between the side (11) of the cell stack (2) having the cell terminals (8, 9) and the cell-contacting system (12) and which intermediate layer has a number of cut-outs (17) which corresponds to the number of cells terminals (8, 9), said cut-outs being provided for the feeding through of the cell terminals (8, 9) when the intermediate layer (16) is applied to the cell stack (2). The invention further relates to a battery module (1) and to a high-voltage battery.
Automation pace

Automation effects on arousal could be predicted differently depending on the Attentional Theory. The classical Theory (Kahneman, 1973) considers the level of arousal reliant only on psychological factors (stress, fatigue and emotions). Automation would only affect the task complexity by allocating part of the cognitive processing to the system. Alternative theories such as Malleable Attentional Resources Theory (MART) (Young and Stanton, 2002) assumes that automation would also affect the level of arousal and be dependent on controller´s expectations: when the ATCo expects that the task is easy in the near future, she/he will reduce the arousal levels and get bored or sleepy (overconfidence on automation). On the contrary, fears of automation failing would increase stress and also the level of arousal causing disorientation, overacting or erratic behaviour.
Based on these theories, AUTOPACE proposes basic research on a Psychological Model to quantitatively predict how automation would impact on human performance based on cognitive resources modeling (demanded and available), tasks characteristics (automation), psychological factors modeling (fatigue, stress and emotions) and ATCo expectations (overconfidence vs fears of automation).
A catalogue of training strategies to support the controller being “in-the-loop” will be explored. For the classical Theory, the strategies only for keeping attention on the main task avoiding out-of-the-loop effect. For the MART the coach will be also for coping with stress. A reviewed Curricula and ATCo Selection will be initiated.
Expert Judgment from Psychologists, ATM Experts and Controllers Trainers supported by Literature Research will look at future competences and training strategies. The research on Psychological Modeling will be also sustained with Analytical Studies by using an existing prototype for demanded resources. 
AUTOPACE points at research paths suggested in “Ergonomics in design” Issue (Hancock et all, April 2013).
Cellular Ubc2/Rad6 E2 ubiquitin-conjugating enzyme facilitates tombusvirus replication in yeast and plants

Mono- and multi-ubiquitination alters the functions and subcellular localization of many cellular and viral proteins. Viruses can co-opt or actively manipulate the ubiquitin network to support viral processes or suppress innate immunity. Using yeast ( Saccharomyces cerevisiae ) model host, we show that the yeast Rad6p (radiation sensitive 6) E2 ubiquitin-conjugating enzyme and its plant ortholog, AtUbc2, interact with two tombusviral replication proteins and these E2 ubiquitin-conjugating enzymes could be co-purified with the tombusvirus replicase. We demonstrate that TBSV RNA replication and the mono- and bi-ubiquitination level of p33 is decreased in rad6Δ yeast. However, plasmid-based expression of AtUbc2p could complement both defects in rad6Δ yeast. Knockdown of UBC2 expression in plants also decreases tombusvirus accumulation and reduces symptom severity, suggesting that Ubc2p is critical for virus replication in plants. We provide evidence that Rad6p is involved in promoting the subversion of Vps23p and Vps4p ESCRT proteins for viral replicase complex assembly. • Tombusvirus p33 replication protein interacts with cellular RAD6/Ubc2 E2 enzymes. • Deletion of RAD6 reduces tombusvirus replication in yeast. • Silencing of UBC2 in plants inhibits tombusvirus replication. • Mono- and bi-ubiquitination of p33 replication protein in yeast and in vitro. • Rad6p promotes the recruitment of cellular ESCRT proteins into the tombusvirus replicase.
French mediterranean support for innovative smes

MED4INNO Project proposal is an extension of the running MED2EUROPE Project financed under COSME Program for Enterprise Europe Network activity. The project covers the whole French Mediterranean area with 3 regions: Provence Alpes Côte d’Azur (PACA), Eastern part of Occitanie (ex LR) and Corsica (NUTS1 region FR7). The main objective of the project is to contribute to the increase of competitiveness of our most promising and innovative companies through 2 specific activities : 
- Enhancing Innovation Management Capacity action (EIMC): for SMEs with significant innovation activities and/or with a high growth potential for international development
- Key Account Management action (KAM): for SMEs which are benefiting from European grants provided by the European Innovation Council (EIC Pilot) such as SME Instrument, Accelerator, Pathfinder FET or Fast Track to Innovation (FTI), which need in depth support to make them potential future European Champions.
Abstract 4910: Unveiling the role of network and systems biology in pancreatic cancer drug discovery

Proceedings: AACR 102nd Annual Meeting 2011‐‐ Apr 2‐6, 2011; Orlando, FL

Over the last half decade our laboratory has extensively worked on the preclinical development of small molecule inhibitor of HDM2 (MI-219-Ascenta Therapeutics) in multiple tumor models with especial emphasis on the intractable pancreatic cancer (PC). During this discourse we have observed significant anti-tumor activity when MI-219 was given with oxaliplatin that lead to tumor free survival in 50% of the animals. However, not much is known about the exact mechanism behind this synergy. Here we applied a network-centric approach to identify the global expression changes and the networks involved in this two drug combination without losing the key molecular details. Gene analysis of wt-p53 capan-2 cells shows that MI-219 alone induces a minimal alteration (only 48 genes). Oxaliplatin (a cytotoxic drug) treatment, on the other hand showed alterations of 700 genes. However, the combination of MI-219-oxaliplatin resulted in emergence of 286 synergy unique genes. Principal component analysis revealed that each drug treatment had unique global gene signatures. Further analysis of the synergy unique genes revealed the presence of 14 statistically enriched functional pathways. Overall, the central p53 activity hub was found to be supported by 5 crucial players; CREBBP which is ubiquitously expressed in PC and is involved in the transcriptional co-activation of p53. CARF that is responsible for p53 stability along with NF-κB and EGR1 tumor suppressor modules, all positively affecting p53 re-activation that drives cells towards apoptosis. Additionally, our analysis revealed a novel role of hepatocyte nuclear factor alpha (HNF4α) in aiding this synergy. In addition to PC, the gene signatures could be verified and validated at the RNA and protein level in multiple wt-p53 solid tumor cell lines like MCF-7 for breast and HCT-116 for Colon. siRNA knockdown of key network genes abrogated apoptotic potential of MI-219-oxaliplatin in all three cell lines and confirmed their key role in the observed anticancer effects of this combination. Our findings show that Network and Systems biology can be utilized in identification of crucial driver genes and help in the design of drug combinations in a genetically pre-defined subset of patients that would positively impact treatment outcome.

Citation Format: {Authors}. {Abstract title} [abstract]. In: Proceedings of the 102nd Annual Meeting of the American Association for Cancer Research; 2011 Apr 2-6; Orlando, FL. Philadelphia (PA): AACR; Cancer Res 2011;71(8 Suppl):Abstract nr 4910. doi:10.1158/1538-7445.AM2011-4910
A DISPLAY PANEL SUBSTRATE ASSEMBLY AND AN APPARATUS AND METHOD FOR FORMING A DISPLAY PANEL SUBSTRATE ASSEMBLY

The present invention discloses a display panel substrate assembly and an apparatus and method for forming a display panel substrate assembly, wherein the substrate assembly includes a first substrate and a second substrate. At least one of the first substrate and the second substrate is optically clear. The method includes the steps of screen printing a non-sag adhesive composition onto a surface of the first substrate, bringing the non-sag adhesive composition into contact with a surface of the second substrate in an environment having a pressure of less than or equal to about 5000 pascals, and curing the non-sag adhesive composition to yield an adhesive layer. The non-sag adhesive composition is of a type which is optically clear after curing.
A platform supercharging residential property valuations.

Geowox provides data-driven residential property valuations in real-time. Our clients are mortgage providers and mortgage investors, who are still served by external manual surveyors, delivering paper or spreadsheet based valuations via e-mail. This process is inaccurate, slow and costly. Geowox brings together the efficiency of big data solutions and the due diligence performed by accredited surveyors.
We bring accredited surveyors onto our platform, (supercharging) providing them with Automated Valuation Models (AVMs) and report building modules. We offer specific applications for i) new mortgage valuation (a one time, single unit, home-visit based valuation for new mortgages) and ii) existing mortgage revaluation (a periodic, non-home visit based revaluation during the mortgage lifetime), which are the most common tasks performed by surveyors.
The EU/US residential valuation market is worth €1.5bn annually. €500m are served by software solutions, with no accredited surveyor intervention. The remaining €1bn is served by over 150,000 accredited surveyors, performing similar property valuations. 
The core of our proprietary platform has two main elements: i) a proprietary address encoder, able to enrich uniquely identifiable geo-coordinates and property characteristics to addresses from a wide array of sources. ii) an AVM able to predict residential property value to a Median Absolute Percentage Error (MdAPE) of <10%, with the goal to reduce this to <5% by 2021.
Error Analysis Of The Second Semester Students’ Writing Ofstudy Program Of The English Education Of STAIN Palangka Raya

The fundamental purpose of this study was to describe the types and causes of errors of the students on writing descriptive paragraph. The research was conducted in D class of the second semester students’ writing of the study program of English education of STAIN Palangka Raya. The types and causes of errors which analyzed was based on the Dulai’s theory which consist of nine types of errors and based on the Jack C. Richards’s theory which consist of five causes of errors. The processes of analyzing the errors made by students were using analysis steps based on Ellis’s theory.
The writer used quantitative approach and content or document analysis method. The research type of this research was descriptive research. In collecting the data, the writer used two instruments, namely: (1) test and (2) documentation. Then for analyzing the data, the writer used several techniques, namely: (1) identifying errors, (2) describing errors, (3) explaining errors, (4) evaluation errors. In categorizing the errors, the writer use (1) surface strategy taxonomy, and (2) comparative taxonomy. The sample of this study were 16 students who had studied about descriptive paragraph.
The result of this study is as follows: (1) from 16 students, there were 115 errors in descriptive paragraph. The errors were spread in 7 of 9 types of errors based on the Dulai’s theory. There were 33 errors (28.70%) in omission: grammatical morphemes, 23 errors (20%) in omission: content morphemes, 18 errors (15.65%) in addition: simple addition, 16 errors (13.91%) in misordering 12 errors (10.43%) in misformation: alternating forms, 8 errors (6.96%) in misformation: archi-forms,and 5 errors (4.35%) in addition: double markings. (2) Those 103 errors made by the students categorized in 4 of 5 causes of the errors which are: Intralingual errors: Incomplete application of rules:49.51%, Intralingual errors: Ignorance of rules restrictions: 23.30%,Interlingual errors:22.33%, and Intralingual errors: False Concepts Hypothesized: 4.85%.
The common types of error occurred by the students wasomission: grammatical morphemes, and the common causes of errors occurred by the students wasIntralingual errors: Incomplete application of rules
Innovative european postdoctoral fellowship programme of genopole biocluster

The ApogeeBio programme will propose 24 post-doctoral fellowships of 24 months within 3 international competitive calls. The objective of the programme, through such an ambitious joint action, is to foster the international attractiveness and visibility of the whole biocluster of Genopole, with the aim to attract high quality international researchers from Europe and all over the world. The fellows will be recruited in a world-class research and innovation environment with more than 2,400 people employed by 83 companies, 14 academic research laboratories, and 25 technology platforms and infrastructures. The ApogeeBio project cover interdisciplinary fields of research and innovation applied to health and environment.
Through ApogeeBio, a higher level is reached compared to existing high-quality post-doctoral fellowship programmes in the biocluster.
-Via an attractive position, including excellent working and research conditions, the programme will provide fellows with training and networking opportunities that will enhance their career development potential and boost the relevance of their work for other sectors within and outside academia, including regular interaction with private biotechs of the biocluster Genopole.
-The ApogeeBio programme will not only rise the excellence of the biocluster and its research fellows but it will also help the implementation of European standards and stimulate adopting and sharing good practices to anchor the biolcuster Genopole as an active contributor to the ERA.
The aim of ApogeeBio is also to support research excellence in Europe and favour the nurturing of highly-qualified researchers; it will help the fellows recruited to :
-	Develop Academic Independence
-	Enhance their Mobility profile by experiencing different environments, widening their perspectives, expanding their international networks, and gaining new opportunities for cross-sectoral and/or multidisciplinary collaborations
-	Boost career development
2 for 1: quantum dynamics of singlet fission

The generation of renewable energy is of paramount importance as we move toward a low carbon economy. Solar cells represent a partial solution to this problem, and there has already been significant uptake of these technologies globally. In the proposed project we will study a quantum mechanical process which occurs in organic semiconductors called singlet fission (SF). Put simply this process involves a molecule absorbing a photon, and the resulting electron-hole pair ‘sharing’ its energy with a neighbouring molecule, to produce two electron-hole pairs. As such, SF has the potential to double the electrical current generated by these molecules from sunlight. While it has been studied since the 1960s, new experimental techniques developed in the host laboratory have recently lead to breakthroughs in our understanding of SF. The aim is of this project is to understand the intricacies of SF so that it can be exploited to achieve dramatic increases in device efficiencies. This will be achieved using a two-pronged approach to the problem. The first is the use of newly developed ultrafast spectroscopic techniques to understand the fundamental aspects of SF. The host group is world-renowned for using spectroscopy to produce breakthroughs in our understanding of organic electronics and quantum chemistry. The second will leverage the applicant’s background in physical chemistry to engineer SF systems with control on a molecular length scale. By combining these two innovations the project is expected to produce important results for the research community. These results will enhance our understanding of SF, with a view to exploit the process in real-world devices. We will elucidate the vibronic nature of intermolecular electronic processes with an unprecedented level of sensitivity. This has broader implications for our fundamental understanding of molecular physics, and the work will be a step toward an overarching picture of multi-molecular excitonic processes.